From: Subject: HeadWize - Project: Build These Noise-Canceling Headphones by Jules Ryckebusch Date: Tue, 6 Sep 2011 18:38:45 -0700 MIME-Version: 1.0 Content-Type: multipart/related; type="text/html"; boundary="----=_NextPart_000_0000_01CC6CC4.35A69080" X-MimeOLE: Produced By Microsoft MimeOLE V6.00.2900.6109 This is a multi-part message in MIME format. ------=_NextPart_000_0000_01CC6CC4.35A69080 Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: http://gilmore2.chem.northwestern.edu/projects/noise_prj.htm HeadWize - Project: Build These Noise-Canceling = Headphones by Jules Ryckebusch
3D""=20
Projects = Library
3D"Site
3D"Site =
Build=20 These Noise-Canceling Headphones by Jules = Ryckebusch

by Jules Ryckebusch=20

3D""=20=20


In today=92s hectic and noisy world, we are all searching for a = little=20 peace and quiet. Well, you might not be able to slip off to a = tranquil=20 forest for an hour or two, but you can block out background noise = with the=20 Noise-Canceling Headphones. The theory behind this project is that = by=20 picking up ambient sound with a microphone and reproducing it out = of=20 phase, we can actively cancel or "null" out background noise. In = fact,=20 several commercially available devices perform the same function. = However,=20 by building your own headset, you can add features not otherwise = available=20 and have fun while doing it!=20

Along with noise-features, the Active Noise-Canceling = Headphones let=20 you mix in an auxiliary line-level signal from a CD or tape = player. That=20 allows you to minimize background noise while quietly listening to = music.=20 The project also has a phase switch that will let you keep the = microphone=20 signals in phase, thus amplifying background sound. In addition, = the=20 design of the Noise-Canceling Headphones lends itself to several = other=20 interesting functions, which we will look at later.=20

How It Works. The electronics consist of three op-amp = circuits;=20 each built around one half of an NE5532 dual op-amp. Each circuit = uses=20 that op-amp in a different configuration. The first circuit is a=20 non-inverting pre-amp, the second is a unity-gain phase-inverter, = and the=20 third is an inverting headphone amplifier. Since the = Noise-Canceling=20 Headphones is a stereo device, the circuit is actualty two = identical=20 circuits side-by-side. Only one channel will be described; the = second=20 channel works in exactly the same way.=20

3D""=20=20

      Fig. 1. The Noise-Canceling Headphones is a simple=20 phase-inverting amplifier. All inverted sounds played back = through the=20 headphones cancel out the original sounds, leaving nothing but = silence. The amount of canceling can be adjusted for different = situations. A CD player or cassette tape can be listened to if = you=20 want to "fill the quiet."

The schematic diagram in Fig. 1 shows the design of the = electronics=20 portion of the project. A headset-mounted microphone is connected = to J1, a=20 1/8-inch stereo jack. Electret-condenser microphones need a 2- to = 10-volt=20 bias voltage for their internal FET pre-amps. That is supplied by = R2. A=20 voltage-dividing network, which also decouples the bias volt-age = from the=20 power supply, is provided by Rl and Cl. That is necessary due to = the high=20 gain of the entire signal chain.=20

The signals from the microphone then go to ICl-a. an NE5532 set = up as a=20 standard non-inverting pre-amp. The gain is set to one plus the = ratio of=20 R8/R6 in the feedback path. The total gain for that stage is about = 31 dB.=20 Resistor R4 provides a ground reference for the pre-amp. A pair of = high-pass filters is formed by C2/R4 and C4/R6. Those filters = block any DC=20 that tries to slip through the pre-amp.=20

From the output of the pre-amp, the microphone signal is sent = down two=20 different paths. It feeds both one pole of Sl-a and the = phase-inverter.=20 The phase inverter is nothing more than a second NE5532 configured = as a=20 unity-gain inverting op-amp (IC2-a). The output of IC2-a is = connected to=20 the other pole of Sl-a. That way, Sl-a can select either the = inverted or=20 the non-inverted signal. The selected signal on Sl-a=92s common = pole goes to=20 potentiometer R14-a. That potentiometer sets the level of the = microphone=20 signal feeding the headphone amplifier.=20

The headphone amplifier is built around IC3-a, a third NE5532 = wired as=20 an inverting op-amp stage. The gain here is set by the ratio of = R19/R15.=20 That type of op-amp configuration can be easily modified to add a = summing=20 feature by the inclusion of R17. The second input comes from an = auxiliary=20 line-level input that is attenuated by potentiometer R23-a.=20

There is a reason why 10K-ohms was chosen for the value of R15 = and R17.=20 Besides keeping the values of R19 manageable, the 10K-ohms = resistors=20 interact with the 100K-ohm linear potentiometers. The = potentiometers then=20 behave in a logarithmic fashion.=20

This is how that feature works: One end of the potentiometer is = tied to=20 ground because we are using it as a voltage divider. Because the = sum-ming=20 junction of an op-amp is at a virtual ground, the 10K ohm resistor = is also=20 essentially tied to ground. That affects the response of the=20 potentiometer, As the potentiometer is rotated, there is a more = pronounced=20 increase in the output as the end of the potentiometer=92s travel = is=20 reached. That causes a smooth increase in perceived loudness of = the=20 signal. Potentiometers with an audio taper are, of course, = available, but=20 a linear-taper unit is easier to obtain and costs less.=20

The output of the headphone amplifiers is coupled to output = jack J3=20 through R21. That resistor provides overload protection to IC3-a = in case=20 the output is shorted. If you have never used an op-amp for = driving=20 headphones before, you are in for a nice surprise. The NE5532 will = supply=20 a 10-volt rms signal into a 600-ohm load with very little = distortion. That=20 works out to 166 mW of power. Most personal stereos only supply 20 = to 30=20 mW of power to headphones.=20

A final note on using operational amplifiers as headphone amps: = Most=20 generic ones will not supply enough current to function properly. = Some=20 substitutes for the NE5532 that are known to work include the = 0P275 from=20 Analog Devices, the OPA2604 from Burr Brown, and the LM833 from = National=20 Semiconductor. Those components are available from several = sources,=20 including Digi-Key, Allied Electronics, and Jameco.=20

Construction. There are two parts to this project: = building the=20 electronics and modifying a pair of headphones. The circuit is = relatively=20 simple and can easily be assembled on a perfboard. One style of = perfboard=20 that simplifies construction is one having a pre-etched copper = pattern on=20 its solder side that connects groups of holes together. One = example of=20 that type of perfboard is Radio Shack #276-150.=20

The etched pattern on that board has a pair of buses that run = the=20 length of the board. Those buses are very convenient for power=20 distribution. If you use that type of board for the = Noise-Canceling=20 Headphones, it is best to start by spacing out the three ICs on = the board=20 so that they straddle the buses. Then attach the power supply = leads from=20 each chip to the buses. It is then a simple matter of = point-to-point=20 wiring the rest of the circuit.=20

Check your work often while building the circuit. A common = mistake many=20 hobbyists make is not checking their work thoroughly enough. Often = a few=20 components are accidentally wired in backwards. The usual result = is that=20 the circuit will probably not work, the ICs could be damaged, and = the=20 electrolytic capacitors might explode!=20

3D""=20=20

      Fig. 2. The circuit board and batteries fit neatly into a = simple project box. Keeping the wiring neat and following the = layout=20 shown here makes assembling the unit and changing the = batteries=20 easier.

When wiring the jacks, it is a good idea to follow the audio = industry=20 standards as to which jack connection is for which stereo channel. = Normal=20 standards for stereo connections are to connect the right channel = to the=20 ring and the left channel to the tip. The board and batteries are = mounted=20 in a suitable enclosure. A suggested layout for the components and = control=20 panel is shown in Fig. 2.=20

When selecting a case for the project, be sure that it is large = enough=20 to hold the circuit board and the two 9-volt batteries = comfortably. After=20 the front panel is laid out and drilled, check to make sure all = the=20 controls and jacks will fit. One method for labeling the front = panel is to=20 spray the entire panel with a flat color such as white or yellow. = After=20 applying transfer let-ters, seal the panel. Use several thin coats = of a=20 clear coating such as Crystal Clear by Krylon. The results are = worth the=20 effort. While the front panel is drying, we can start on the = headphones.=20

3D""=20=20

      Fig. 3. The microphones are mounted on the earpieces of = the=20 headphones with a dab of silicone sealant. Tie both wires = together in=20 order to make the headphones more comfortable to wear (A). = Follow the=20 diagram in (B) when wiring the microphones. The left mic is = connected=20 to the plug=92s tip and the right is connected to the ring. = The ground=20 connection on an electret microphone cartridge is easily = identified by=20 the solder connection between the terminal and the mic=92s = case (C).=20

Headphones with Ears. The headphones are a standard pair = of=20 aftermarket Walkman-type units. They sell for about $20 at most = record or=20 electronics stores. The headphones are modified by mounting two = small=20 electret-condenser microphones on the head-phones, one on each = earpiece.=20 That modification is shown in Fig. 3.=20

The key to making the headphones wearable is to use thin wires = running=20 to the microphones. An excellent source of thin audio cable is to = buy=20 another set of cheap headphones - the cheapest you can find. = Cutting the=20 wire off them will yield a shielded stereo cable that is thin and=20 flexible. As an added bonus, the wire will have a l/8-inch stereo = plug=20 molded on to it already!=20

The best way to strip that type of wire is to roll a razor = blade very=20 carefully over the insulation without cutting the wire underneath. = Once=20 the insulation is cut, carefully pull it away from the wire. That = method=20 works especially well on Teflon-insulated wire. After you have = prepped the=20 wire, mark the wire that is connected to the ring and the one that = goes to=20 the tip of the jack. An ohmmeter makes that task easy.=20

Carefully solder the wires to the microphone elements. The = easiest way=20 to do that is to pre-tin the wires and melt the little dab of = solder on=20 the microphone element with the tinned wire beneath the soldering = iron=20 tip. Look carefully at the microphone. As shown in Fig. 3C, the = terminal=20 that is connected to the case of the microphone is the ground = connection.=20 The other terminal is the actual microphone output. Holding the = microphone=20 element in an alligator-clip holder will make the job much easier. = After=20 soldering on the microphone elements, it is good idea to test them = prior=20 to gluing them to the headphones. The wiring should follow Fig. = 3B.=20

Mount the microphones on the headphones as shown in Fig. 3A. = One way to=20 attach the microphones to the headphones is to use a dab of = silicone=20 sealant. Using a toothpick or other suitable substitute, mold the = silicone=20 around the edges of the microphone element to smooth everything = off. Be=20 careful not to get any on the black felt surface - that is where = the sound=20 enters. Obviously, the left and right microphones should be = attached to=20 the left and right sides of the headphones, respectively. Trying = to cancel=20 out a sound on the right with a sound from the left will not work. =

After the glue is dry, gather and bundle the wires together = with=20 several nylon tie wraps along the length of the wires. With the = headphones=20 complete, it is time to experiment with the Noise-Canceling = Headphones.=20

Creating A Quiet Zone. For testing purposes, you should = be in a=20 quiet room with just a little background sound, such as a heater = or=20 air-conditioner fan. Plug in the microphone jack and the headphone = jack,=20 and put on the headphones. Turn both controls all the way down and = turn=20 the power switch on. Slowly turn up the microphone level. You = should=20 either hear the background sound increase or start to fade. If it=20 increases, change the position of the phase switch. At some point, = you=20 should reach a "null" point where the background sound is at a = minimum. If=20 you adjust beyond the null, background sound will become louder as = the=20 out-of-phase signal exceeds the ambient sound level. Try talking = aloud. If=20 it sounds like you have a massive head cold and can barely hear = yourself,=20 the circuit is functioning properly.=20

Note that it is impossible to eliminate all incoming sound. = Many things=20 affect the ability to cancel out noise. The loudness of the = incoming=20 sound, the specific frequencies involved, and the position of the = sound=20 source all play a part in how well the headphones do their job. = Feel free=20 to experiment.=20

If everything is working fine, try connecting a CD player to = J2. You=20 will need a 1/8-inch -to- 1/8-inch patch cord similar to the ones = used to=20 connect portable CD players into a car stereo. After connecting = the CD=20 player, slowly turn up R23. It should sound clear with no = distortion.=20 Experiment with combining low levels on the CD player and = canceling out=20 room noise. The Noise-Canceling Headphones is the perfect device = for=20 environments that have a loud ambient sound level, such as rooms = with loud=20 ventilation systems.=20

Beyond Peace and Quiet. This project lends itself to = many other=20 uses. Several interesting applications will suggest themselves = that do not=20 require any additional hardware. For example, by switching the = microphones=20 to "in-phase," the unit can be used to assist hearing or improve = hearing.=20 Areas that can benefit include outdoor activities such as hunting = or just=20 observing nature.=20

Another unusual application for the Noise-Canceling Headphones = is in=20 binaural recording. Since we already have two microphones mounted = in=20 essentially the same place human ears are, all we have to do is = send the=20 headphone output to a tape recorder input. Binaural recordings put = the=20 listener directly in the sound field. The two microphones capture = the=20 exact phase and timing relationships of sound as we hear it. Those = are the=20 clues our ears use to determine the location of a sound.=20

Try this little experiment: record a person talking to you = while you=20 are wearing the headphones and have them walk around you in a = circle. Then=20 listen to the recording on the headphones. You will hear the = person walk=20 around you! The microphone elements used in this project feature = full=20 20-Hz to 20-kHz frequency response. They provide a signal with=20 surprisingly high fidelity.=20

3D""=20=20

      Fig. 4. Mounting both microphones angled apart at the end = of a=20 long stick makes an audio probe. It is very useful when you = need to=20 listen at a location that you can=92 t reach.

Other interesting tools can be created by building different = types of=20 housings for the microphones. If two microphones are mounted on = the end of=20 a length of 1/2-inch dowel, an audio probe is the result (Fig. 4). = It is=20 wired similarly to Fig. 3B. That device lets you listen to things = up close=20 that you wouldn=92t normally hear. It can be used to "sniff" out = problems in=20 mechanical equipment or to record things like hamsters chewing on=20 cardboard. With the microphones mounted at an angle between 90 = degrees and=20 120 degrees, you will have a stereo image of the sound source too! =

3D""=20=20

      Fig. 5. A parabolic dish or lamp reflector makes a usable = "Big Ear"=20 microphone. The microphone is mounted at the focal point = facing in=20 towards the dish. Either one or two microphones can be mounted = in the=20 dish. If you build two, you can pick up stereo sounds. =

An extension of the shotgun-style microphone is a "Big Ear." = The=20 general arrangement is shown in Fig. 5. The main component is a = small=20 parabolic dish. Place one or both microphones at the focal point = of the=20 dish and experiment away. Sources for parabolic dishes can be as = close as=20 a local hardware store. A simple reflector for a light bulb can be = found=20 at a very reasonable price. Another source of true parabolic = dishes is=20 Edmund Scientific, 101 East Glouchester Pike, Barrington, NJ = 08007. For=20 some advanced experimenting, use two dishes (one for the left = microphone,=20 one for the right) and experiment with stereo reception of a = distant=20 sound.=20

Parts List=20

Resistors (1/4W, 1% metal film):

    R1 - 4.7Kohm
    R2, R3 - 2.2Kohm
    R4, R5 - 1M
    R6, R7 -=20 1Kohm
    R8, R9 - 33Kohm
    R10-13, R15-18 - 10Kohm
    R14, R23 = -=20 100Kohm pot, dual-gang, linear taper
    R19, R20 - = 100Kohm
    R21, R22 -=20 47 ohm
Additional Parts and Materials:
    IC1-3 - NE5532 dual audio op-amp
    C1 - 33uF, 25WVDC, = electrolytic=20 capacitor
    C2, C3 - 0.01uF Mylar capacitor
    C4, C5 - 10uF, = 25 WVDC,=20 electrolytic capacitor
    J1-3 - Audio jacks, 1/8-inch, = stereo
    S1, S2=20 - Dpdt toggle switch
    B1, B2 - Battery, 9 volt
    Microphones=20 (Digik-Key P9967-ND or similar), headphones, PC board, case, = wire,=20 hardware, etc.

Addendum=20

10/5/1998: The following sentence: "The signals from the = microphone=20 then go to ICl-a. an NE5532 set up as a standard non-inverting = pre-amp"=20 originally identified an NE5522. Corrected.=20

7/8/2000: Marc Goodman = built a=20 noise-cancelling headphone amplifier for his Sennheiser HD580 = headphones=20 based on the circuit in this article. He writes:=20

    Just thought I'd report some results on building a noise = cancelling=20 headphone amp for my Sennheiser HD580's. I started with the = Ryckebusch=20 project from this site, but I ended up making a fair number of = changes.=20 My goals were, in order of importance, 1). get the best audio = quality=20 possible driving my HD580's from my Pioneer portable DVD player=20 (PDV-LC10), 2). cancel enough noise, on demand, to make airplane = listening/movie watching possible, 3). maximize listening times = between=20 battery recharging, 4). make the resulting project with = enclosure small=20 enough to fit into a camcorder bag along with the DVD player,=20 headphones, and a selection of DVDs (i.e., not too big but no = need to=20 make it as small as, say, a CMOY amp).=20

    1. Optimizing Audio=20

    The Ryckebush NC project uses a single NE5532 inverting op = amp stage=20 for line-in amplification. I didn't like the fact that the audio = signal=20 gets inverted, so I first tried changing the circuit to use a=20 non-inverting amplifier. It sounded OK to me, but when I went to = a=20 unity-gain inverting op-amp as a first stage with an inverting = amplifier=20 as a second stage, it sounded cleaner, so that's what I went = with. I=20 also used LM6172's for both stages. As other people have noted, = the=20 LM6172 requires a fair amount of voltage. More about this in = section=20 three.=20

    2. Noise Cancellation=20

    Ryckebush feeds the output of electret condenser microphones = through=20 a non-inverting preamp and allows switching of this output = through a=20 unity-gain inverting op-amp to select between cancelling the = noise or=20 amplifying the noise. The inverted or non-inverted signal is = then summed=20 with the line-in signal through the final inverting amplifier. I = was=20 more concerned with conserving power than I was with being able = to=20 amplify external sounds, and feedback was a real problem with = the Senns=20 in any event, so I opted to drop the inverter from the circuit = and to=20 separately switch the power on/off for the entire mic/preamp = stage.=20 Since the preamp is non-inverting and the final audio stage is = an=20 inverting amplifier, the output of the preamp can be fed = directly (via a=20 potentiometer) to the input of the final stage. I would call the = result=20 "noise reducing" rather than "noise cancelling," but the effect = is quite=20 noticable especially for lower frequency sounds. There is also a = faint=20 but noticable hiss when the noise cancelling circuit is enabled, = so I=20 wouldn't want to use this stage unless the environment was = pretty noisy=20 to start with.=20

    I wasn't thrilled with the notion of gluing microphones to = the=20 outside of my Senns, both because it would look ugly and also = because I=20 carry them around with me everywhere and they'd be bound to get=20 snagged/knocked off. Fortunately, the Senns have removable = covers over=20 the speakers with plenty of space between the speaker and the = cover. In=20 order to both reduce higher frequency noise and to provide a = secure=20 mounting for the microphones, I cut and shaped pieces of = low-density=20 foam (squishy) to fit the inside of the cover and give the = speaker a=20 little room. Though this closed the speakers off a little, the = effect=20 was not significant enough to be noticable (to me, anyway). It = also=20 teneded to acoustically isolate the microphones from the speaker = elements which reduced the likelihood of feedback. I found the = best=20 results to be when the mics were placed to one side of the foam = cover,=20 directly in front of my ear canals.=20

    3. Batteries=20

    My first implementation of the circuit used dual 9V batteries = as in=20 the original Ryckebush circuit. However, I was completely bummed = by how=20 short a charge lasted. So, I tried using 6 C rechargeable = batteries=20 instead with a ground tap in the middle. These batteries held = around=20 1200mAh as opposed to around 140mAh for the 9V's, so they lasted = a long=20 time. But, I was driving the circuit with only around +/-4V = instead of=20 +/-9V, and while this turned out to be enough for the LM6172's = to power=20 up, there was a huge amount of clipping at higher volumes with = my=20 HD580's.=20

    My solution was to build a separate DC voltage doubler using = the=20 ICL7662. The 7662 is a higher-voltage version of the 7660 that = avoids=20 latch-up on startup. It operates at 10KHz, which is smack in the = middle=20 of the audible range so ripple is a big issue. I found that by = using=20 22uF low-ESR tantalum caps for the reservoir capacitor and by = carefully=20 routing all wires away from this capacitor to minimize inductive = coupling, the ripple was beneath the threshold of my hearing. = Note that=20 getting the wires positioned just right was extremely important, = as was=20 putting the voltage doubler on a separate circuit board. Also, I = had to=20 shorten the wire lengths to all of my input/output jacks. It was = kind of=20 a pain, but not as bad as listening to a barely audible = high-pitched=20 whine ;).=20

    4. Enclosure=20

    It's about the size of a paperback novel with roughly half = the space=20 taken up by the 6 C batteries in three rows of 2 lying in a Z = and the=20 other half taken up by the PCBs and controls (two DPDT switches, = two=20 pots, three 1/8th" jacks and a power on/off LED).=20

    Conclusion=20

    All in all, kind of fun and only around three times as = expensive as=20 if I had bought something from a store ;).

7/15/2000: Laur= a=20 Balzano, Anna Huang, Eric Rombokas and Yasushi Yamazaki at = Rice=20 University built noise-cancelling headphones based on the = Ryckebusch=20 design for their project: "Sound Cancellation by Signal = Inversion."=20

    As you know, we were using low-quality headphones, and when we = mounted the mics on the outside of the headphones, we got little = beneficial effect. We found that we could get better results = using nice=20 headphones, but they still were not very effective. We moved = mics inside=20 headphones to decrease sound delay effects. This greatly = improved=20 performance, but introduced feedback until we rigidly pointed = the mics=20 away from the headphones' speakers and covered the mics with = headphone=20 foam (from the pair of headphones that we had to sacrifice).... = We found=20 that due to sound propogation delay, non-inverted output (in our = case)=20 produced better effect than inverted output. We also observed = that=20 headphones were ineffectual for high frequencies, so to reduce = noise=20 produced by the circuit, the input was put through a simple RC = lowpass=20 filter with Wo=3D1K.=20

    Results: The apparatus heavily attenuates sounds of very low=20 frequencies, and somewhat attenuates all frequencies <=3D = 1Khz. The=20 headphones also get rid of the part of your voice that "echoes" = in your=20 inner ear-- the extra echo that you typically hear when your = ears are=20 covered and you speak.

2/10/2002: Value of C3 in figure 1 corrected to 0.01uF. Also = posted=20 larger version of images and cleaned up figure 1.=20



c. 1997, Gernsback=20 Publications (Popular=20 Electronics and Electronics=20 Now).
From Electronics=20 Now, September 1997. (Republished with permission.)

Questions or comments? Visit the = HeadWize Discussion = Forums.=20

-

3D"Site
3D"Contact=20

=A9 Chu Moy, 2001

3D"Educational3D"Forums3D"Announcements

------=_NextPart_000_0000_01CC6CC4.35A69080 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://gilmore2.chem.northwestern.edu/images4/banner_rev1a.gif R0lGODlhXAFSAPddAAAAAAAA/wgICAgI/xAQEBAQ/xgYGBgY/yEhISEh/ykpKSkp/zExMTEx/zk5 OTk5/0JCQkJC/0pKSkpK/1JSUlJS/1paWlpa/2NjY2Nj/2tra2tr/3Nzc3Nze3Nz/3t7e3t7/4SE hISEjISE/4yMjIyMlIyM/5SUlJSUnJSU/5ycnJycpZyc/6WlpaWltaWl/62tra2tta2tva2t/7W1 tbW1vbW1xrW197W1/729vb29zr291r2957297729/8bGxsbG1sbG3sbG58bG78bG/87Ozs7O1s7O 587O987O/9bW1tbW3tbW59bW79bW99bW/97e3t7e597e797e997e/+fn5+fn/+/v7+/v9+/v//f3 9/f3/////////wAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAP///yH/C05FVFNDQVBFMi4wAwEA AAAh+QQFIwBdACwAAAAAXAFSAAAI/gC5CBxIsKDBgwgTKlzIsKHDhxAjSpxIsaLFixgzatx4UIuW K1VCXrniUaAWjihTqlzJsqXLlzA9goSiREmRIj9ywGhxggSJDx84fDiRQwmUKiRhKl3KtKnTp0u1 VPlBQ8VPDRgsSIDggAEDBQgQGDBAgABZBBI+qMgB5STUt3Djyp270C1FqTk+UOgaViwBAQIACB5M WHBgAQQQQPjQQoldupAjS54MFySNDw4QBC7M2TDhzYUFGGBgocWVgY8pq17NunVDLVAuQzAAGjSA 2pxtd0aMwAKNKqldCx9OHPKVIiQk0B5sWzfz3J5vFybAIESR08Wza98OswoNDAqc/kePrls89NsI MOTAzr29+/cSq7SAQOC59M67Q9u/T9gABRjAwSfggATC9sFy/J2HG2D74feZYARAoAIUBFZoYWTB GaSFEhzUd16ChiHgFQMSUCCBBRQwgMBfm7XYIAAEOKBCFRfWaONkG3JgwIuhEaAABYwVhRRJIClB AwwqcDCbhw4OFmMLGd4o5ZTdfaCZgoYZAAEGJ1yXVEcfVVFECxw44CFu/EX4A5VstolRlFxcEUJ4 43EWYwjraUhQajLlAB6TDhKAAYVwumnooQxpAYMDzrkogAMf/MAeF8E95tal8lmwo4vjGRACjYiG KmpdRVjApHgESADDl3vq6apH/kp8AOhuDqw66q24ClTFnCC2aAAGkqLmaqsF2SWVjmiCRoAFRRSa 67M1apGDBLPWZoAGzVJa7LDCdgSFleYJhsAJoEJr7pTfIvAiYsBayq1J73qUbnOeCUDBmufmKyCf OUDQpAAQ0HBSpe9quy1qSmBwZmcIkOCsvhAXt+vC9wWmgAqTEnwwsRxrQQME9DJnQbkRlzycpUVI 0CQBGpymMcfdwgzvFS0okB8ADMBg8s7aXaGCuvy1yIBjMhtc9MsmfUsxYQRw8DDPUM8FBQbhEvBp wUjDu7FJHysoQVtRhw3ZY0U4ELRnEPxQ0tZaH82tVLK+iAANYtctWQtAd2Y1/o3uxux3238bLC0D 5xlAAsl27wsFFJNaeAUJm9bpQA59A5610X8PzMFhdoagBOCHXrH46KSXftRJopuu+uIBGpT66otn CBvsqjeOWhEcSCCBek+fPFAVGszqGQafs4355UgrSqd9VtN9qxYnjPjViApQ7xUEOXABg/VeVd89 9QHzeUJX35fPwAkH5WC+99N/L2NH27fY8NoEKkEB5+SFMDDWxiOv6/11MpzObvU44eHHAHQrAuGa xDQONA4KAHTQoxqnBQwwsDAKwFdBUqYbBjivQj+QgHkY0ILA+e9gW0hhFqzAwilQ4QlOwIIWkrOi 5xiAKLiaoQE7g8A4aSBc/qFxQPEGAgObMXBuBYGC2S44GAnYTgsqEJ4APmC799BgiWeTwOcqZ0KD YMEKVHjhE5JAhBu8IAUj8EAGKhCBBkTgBVi4ghJOADLCjGuIoiogEwHQQy20YEd7NMAABSKnHX6m ZQT52R5vQ4KDXGFzuZEA4rbzmCKCCEYYABXBUriFFbLQLlsgiA9AcIEJPGABByhAAQbAylYGIAAL YIERcvCDH6iAPoO52CQPpcNAOq8I/tojAShAECUwiolpG8gVfrhIA1DIdZAMjSQtpL4HCcZTHunk F8EoRiQQAQdnTKMHfJChFCQgAAN4pTrXuc4FpEAGFoAAB1TQAgvkEga9/ruRHpnYwzh1aJEIeCYX ohhI/QmkbIsEgAQQAkUpUtFCKduNAaDEhBmwwAQgyEApT5nKAaySlQdIQRYOwoJzsvOk6kzACGzg rxhxgEw7UkC2XvMRmoSEfu3pJT8/WLNFEkAFJongBe1FqBYYMjdARQgHC+NBunikCjZlVUSqwAHy AAADNDjNDDrqSpS+sgAjsMJBXtAAr6L0AB7Qgcqu6ZsQhKV1CcELCTSAIghQwAIaCIGk8qmQMCnh B0VgHF/rAhKcCFanF+wnF6AQzD1a4DRKyBsTFaCzZQKxMAgoAqXgyjUsAqBhYNMV60Z7FNJCtbSo Pa1qYxdXJbTgA1nR/h0FMDBPokEEiroRIhRyUAUcLMCsJy0ACKhwEBw8ALjsLMAGgmBPJ1kASQ4I HKWgwAEV/aVHCoCA5wYrrxycQAMSIJ8CqucACczzOqBLVBVyoCT3WSBJR+3PB7UQTSYyYE0hiG9o qKiEBTJRACOL0wck0IIADawIFBgLA+hqgWdWwQIO6EqEGTDhCkv4whTG8IQZAAGBEuQKNLCAAmhT ntFQwDSYU0gRFkZC2cDgBg9IJ3K/uoEnHIQIx53xKweQgSY010kBm2lwYoUgBormAzNdiJhUQAEW AREw1UlyopRAgvCIBzCXHYxiuVAEQDKRAB9QQmMXKVOCClMFqFNY/mIcgIEPhKAFZMKAAxTwFwUU rwprTehQNaChH4Asy4iREWcTIubNjKsFyhHACW4QARnPmMc2NkgSJqBjdVZgChZsDgMoh5AfNFnP T4KTVGigASsnFDAKIEEV+0wtPTdpy1rw7AUp4FZXEyA5WR6MA/BlWcNg+degsbNAoJBnVzsogwWR DwNyzRxB4dFvUgneZ9XSagCEgAcVcDRyB1CBJByEChWo9Csn8IT6boZlHh5Iv5gdmlTL7gfgYTcP ObDLPc1H3on9oEDyC9DlnRosixQABrDT68neudjGttNDlckrYwOY03G9wglWpIEWfFowHODBBbQN 3AFEgAgHscIF/sQdgI8fqDOUTc0PZO1qBCS1WJBL+HQW3pEWLFvmB9Q3F34gWSPrFz+I8Sn6dMVM gw8b4TgXzH0fE3OZC0ACmu0rDCBQGgwAMjAY4MEGClDpATTABwfZQgZI/gAfiABByuKAh4GJ7854 kE8k+Dk/HYYQGHg56YXZMhce3Ha8M1CIyiz6BYW9d6Tj3GrGMirel5VugxSBnlYqDAV2AAKuV3oB YD+IB0jeABygoOeGkUD2dEW1gEuQAs9GLN4h8OyD3tzvedc59OQOeyZawC4FH3zxiF17ALCeINU0 /QFDwDbYqMBmtoHADkZgeR0fAAcIqby4F/CCFfi3NgoooUBo/nD3fzkgBCF4fd5PYKm41/7WGhJ8 7/mo8537d/0JF4D2Can+JhEez7VXNO7rHygLkAADoCcYCtB4e+Jp9KIAQJACByBuB/ACoWQQJrCA l5cCLsBy4tJIAiFUDAQBzaIFftYoHfZh5gd7j5IaCAV/19R+VVB6KGhsCEAywMNshMd7sKcAkxJ8 F2Q1bVEFE6c3BoUQNHN9WgYELCCBzidSB2FO4qZSNRBMnGIAHzBs3Rco86UCUwgjQ2cSIwh7BkAy WvABfedLB2GFLehqAlcQucdA92d4xkYAUIIaJMBsX6NMP1YYDhB1GlIFcdMcAlAEWyVuBWACYmUQ L/BblXYA/iCgVsMnEDAgdwTAOEOSAxYIMCJYLZckTBq0WHUIf3onEMZUhqA2SPQng3f2Z8DWdhTg YSuYawInEiARhzyEZt5iAeaRAzdgUjomXINYEDNQVpVWAB4QBBTQIIYjEPyHH4KCAViRFQH4Weyh UzHSZj4RAiImb25IED/wfpzYfpSiAaCYUEODhseIcsXjRydwjj1xjiKUUAjwhgPRX4vEAMo4j9UW Gk6DEGJmH5vxYg3AcWYFjJHGBZ3EQi+QYzrGY0ewidJBAHRzBcNoegxSNXioBfn1dI0BHKgjJhzQ jLuRhX5Ee4jBIGJ4EDRAe2UoAA4kjqS4J/sjFQ+5SBSA/jg/cIVAJx340xkBdhDGZB4qwGj+6FXc 9gLfBE4XRUpG+GiXZkEgYgCaVQVjdn7zBz2881Q/AAM90QI08AO0uEgcAIfMBoV/ZSoj6TpG9I0M NFEGEYN7RHgdoUgA1X6NiIJQh4/HVCckwAMT8JNedQANsAAJ8FFdJW4TQAXqdxgOQCFKhIICgIGU QhIe8QMkQB/AZgA1tEd8RkhxM1QBtk/5lhD1ZZb48XvJNo6cwZYGoQTruEgDZxBmtn73hRDEdpPS 8QEap5dASXJmFQFJ0AFL0zQ08onwh5Jp+QEMYJIOcpk+9HNTNDBbeJbcKBA5QJOgeRv3qJJr2Xom cQLS/qk3mTgQIbCdModEBwE8NJl1G2CbuEl2RPCdmoZiVWCBfocBj7GCxtkkyHkFYPhfBqV6r/ac i/WUeiaSCdeO40maGISd/8luApchrdl7ggQ6j1OWtUEBPOABzZeeGPpKnVcCPccyxXMFAPovIiI9 JCo91bl30lZ7yDlDzJZJlNKc/RlXMJpQClCXxgYBu5SG9oegM9okCNCdRGSS1FGiRAoBovhhHyMe EAAEzJehThoADVB9RhQYEQIlA8OGw+eYHrGlXOqBgwRF0imgi7SiDWp/JBBY/LZTCpEDZRmgGkCG CdeVBbqSBgEFV7JHU7RqP2CSS6elXfpUMICgG5Ki/vzBAEBgAhf6pCQXSy7wfqlGMt6YUBzYV/Yj p3ungUyzGLlDe8jJBTTAkXbiAPH0lf6piQlnADkQUW04eq5joIRhmiaRpmsJICFRq7UKjwF3oghx S/5ZBSqgjehBhEepqEtoAjJwTKKhAc8Wlz6VigyVA02GAQMxkw6CAOtxBTw3psWEpUDHbp24Jz1q ZAzwEZmpZzYIhK6aS60HnM0EAbrzrrojT6uYUDcUJRIHFke6JwnTmz/wh8SKmwewUiojAOmBT8kG qruRfYclOj+wkYGBnIqHHwrgFpGlrcr0mev3rdgIrDmIgTgYcFGIEGppdB/2T7DnAA2lZwZgAbwl /hPHYXH1obEDc0XO0a+4+K+H6AE70GTf9wO7lK52Io8h8AEidl2CgZzhCgAKECAVa5kFQQMcy4Wl SikvSWZRdwVbSa9AGnh0qm5Rm3DRBUxmqCUcEAK5QxabobGo8TOcQgM34Ivi1koFwJcPMAERMKzA VQAZcAR6UWBRko3xd4lIa0gsk6pNx0SdSinlmrFTywUtIG8CoAHlErGLNIfo2rUCFob4EV0UWZ82 yUP+6RZyIn4A0JMx1nUN4AEp8AI4gAM+QARJUJBxewFT8AMIqkyL63eWSrl6U6PgWRiJu3c26qCN WwUIm3fuGCdfuxs/OKfXCXxt6nfRxQX52Hvi/qlkJGAmm3ECeIme68RtPpAFDyiQXDBpJDcBu7gQ UJC1eCcA4SgQ1Lp+weup/lZ7aksQCilBc0kQsnpB1+tIQKu0Q6QF7HuyA/Gp55eSKYY5UKACFnAl H9AD2dZ1E+BtBmEF4SZuEfAE47sQbNe+u0YQVYCpeDe/flS/fne/QSpMH6By0dskzpoQOnpsQ7Sn 8De9AkECx/tlCvwaYtIC4EGbGZCoZuVxmVcQWTB2GkwEHbwQ6qO5t1ErlgIDO5xQ8xsnLTC8eKfC ngifnNFUo5lrYFYoMyyxH8qCvYfDAlbF/Vcul9OYUVBLSOAB3rtOX4cQSlxpD4ADTdxXNJCa/mYo esGhh7/LbldMKSEkpjjHxZnLRDGpIXgzWax6uc/ruC8svck2cWGIABxwu6+RBVQgfZcHfZpXx+rU ADMwUhDBIXeKpwjwAYM2ENRFk4gxGxabEL46G1Ccgg5hdzmYhUlEwpzhRAtRxuS4dwVce2psEtlo nABjK3XBEFmAqAw4A33MBU16eSxwzXUBb8X5ZNEIcXGlAol2GNTxH0WgGae4zsKZKKQmAdblZOzM zgrQuMPWZPOMagT4oiQ2z+hXzMGTz7/GAG1BxQJ90PMMASLLZK0MdIoByxuRBQrIgC+gygVhAjeL XAmAhBPhgd8Fz2iLGAagABKgASfgGL2j/gQwEAIaULYn4LNxQgLgN9M0XdN48hBSUQRIItM23dM1 fQL7rCE04NM0nbyneQJEPdP1hqRJXdMY44FNHdVJPX/judJyRmcssmZA8ht85Sxb8AJ4a1YHYAIW TRAltYRhdRFyRBVIcgJYaburliiOWSwtqS0tuT93Ydd6XdcDw118rdfR/Nd4nSiCvdeoUdiIbdh9 vcB5qAQ6wRMqAAOpGlp9NREzkNF5m9YGMQOG6HweUNZvMliJcy44xRK+BYjDVVwGOWPKlb6j/drF 4QOnm4s1dmMRMLuuDdu63RpE0GhdlwEWXBDmK24VkNu7fdwswc0MkQQTfJDd9m0ZXGkbw4zc1K0a T3ABRAyUHxdyI3ebreRRD5AEyl3d5O0UT7B1qHvEBLEF5/ndB5AAbjQBF7ABIDACq4sDVDDe5b3f MBHK2c1O6eR16k0QM+ABI2ACLDADrvu6SfAEYWQF4svfEg4XVtCk391KB7AAblQB820CAYnEVADh KTThJC4ZWcACETABFZABBo7gCo4DRAC7Dm4F+l3iNq4SNY4QW/AEsJsEDy6+OZ4RXCTaN17kSjHk MEPkRr7kb+I2W8NFTC7hJxEQAAAh+QQFIwBdACwDAAEAWQFRAAAI/gC7CBxIsKDBgwK1KLzCsMsV LVwiRhTIBaHFixgzatzIsaPHjyBDihxJsqTJk1ccVsmhggSJEypUdIGR40eRIkqUQKlS5SHEk0CD Ch1KtKjRo0gxXoEy8wMEBQoQIDAgVUEXBg4gSKCAgQOHECda5FBS5WfSs2jTql3L1mPFj1y0FGnB QYIBAQIA5AUA4KAAAgSoVsVKQUOXIl20tF3MuLHjx0UjaoGiAoMCAgL8Euw7kLPAzF0AEEAAQUML JQ/fQl7NurVrtpKrqKBwWWBf0HptdwGd2fNug3oJOMBwWuHr48iTK3fL5coPDgpAF/T9OzTB3rr9 EmDAIUeV5eDD/otXqzhj3CowKNwFzpszZ9zX/boXYEDCCSjlx+vfz99oXMoQYEaddAbB116B1IUm AAIa4NffgxBG2JFkUIRgVYKdYYcdX/ANRKCH0+kFAQ0pSWjiiRJSaGF112H4FwJdOMCAAg44YNVl 81mXnYcitvAdikAGCZ5EVYTAQF4YcYiABBqARQNZKinxAw0nfEABA5h9puWWHELQQn5ChilmWmAS FNEVKjggHZJIhhacAxy08AMUKZVJkRZXKAEDBg7A6Jl7GRIAQQ52jmnooUCpNpBEOUDQpnwEKPDB Dz2Vp5pZi8Y12WwI8AaibQAYYMEPhSJq6qkjSQSFBWve1peS/hTk8JBBil361q3/qWCBATve5iaD SqAq7LAalUkkCbxiqBcADJDgYEKKJhZtrRR10VwRH3S6ZWd6NfsjseCGe9CZNDgAYm586aXACakV hCm07qqmqRIkHKkjj6JJQKi4/IorUREaZHkvhwAo4CNB70obr7sUnaeCoyxya8AHJfZr8aH5ndnC kZ71xiEDKtQ57cgLFxSbCvYqqKOINJR68cspNsyFEgF/qiAACITwbWLWItzzQNQC/XPDWlTBgQHK hvoBUzA3LaRk5XZm214GYFBE0DwPbanQWldba0RFWEDA1NwKMKLLTqcdXkVEhsBrxBxSQCLCl1ab kN1Z190z/kRa5JAy2XwZoLPahO9naURKSLDZbukqELLCdHOt9+RCS6YFCQT4WrYEpBbu+XhxcUGD tiymq0GwW4MZV+SsAx3tvOZKvVeoMKD9+e2OsR3RBx26SkDLlUt+950mG5vxmScwXrpeHNiO+/OL RVQFxFzyZUFZi2Y8/M8ZG1+8tXEpEbtuewnAgPPQp4+WquO3+Lul3S+6/Vvxm6k6RVVgDhxfCkAR rfoAVMu/FMceCTAtaPXjnvyyZi3vEW1jn3EVXxAAA5gpgAECuWAGMWgVMX0ISP+iwP4MQII6mYmB e1ug9hi4Ovs18AcUeJSb6BMC9InJhgKBUQAZIxElYCBi/qMZERaiQAUqWOGIWMjCFrZwwvs5USIS gQgUIwIFDbztZoGjmPq+M7YdpkVVGvjT2GDAFCuYIAIVyIAHRpCCF9yACEl4ghOKeMQsGG+KoZui FC3XBQVoLl0EaJC4cOjFxhCpZrshAAXIaBMnbKAAA4hkJAtAyQMs4AETuMAGRvACK7QQfFtIYhaU yIUt4HGPEaEBx/BFAAsgppCwPEpsjtYXBsGgMhAIAQ8yMIAA+PKXwAyAJAcwASLEawsvYKMb4ShH OlohC1hY4n8c9Se+BDJY4SJkLGETlyu4rY8foEt0APABHlSgl8FMpy+JmQSTcYEKF5BkJS+ZyQ2A wAQs/niBD5ygBSxQIHPoygsBBrfNggbFcifYTlj+uawS9GACXfDlRdZ5gXaaiQtPgChChjkASkZg Clz4wQcYkK50IaAFFTOoSlMlmRYs8mF4SVcLbvCAAWTElwXIwBPcSYQIaISiU8gJFJBV0oJdbaVI ZelkfpC82fGFBjdYgE0xglMPUMGdPnjATwOQ0yN8QAM0CRjBIJBSgugwqWhFyLH8WNK8/GAGCdhq AUZgBXfOoAEbCcABPAAE9TggBOlJlwA4kNbCckQizpFA+WxDgLceQK4myII7WbCAvB5gBDZQnAAk 1QI14UwF2jTsSlWVrXR1BgFAYMFjb6pXFkj2oimI/utPE2ACGYwvZxsz31EHAgHR+tZ+OVAsh27G ACCYoABbPcAMmHjREaz2pgtggQswiCQHtEQBFJiV1H7L3SqcYJzTgUAQRoDc2eJgXCCY6k0b8AIV dPAzEmiBS7hLX4MYDWnWwQ0FeOCB8q73vAbhwgbUS9UG4KAEMGKTADDwA+3Wt76rylx1XqUBHgx4 IwN4gDENkoUMcCQAGv5mQQhAgp09mLtQUOx281LOeGK4mAexwgU+HIEkdKCL18EANk/MXS6kOKZa 4gsJeDABAl9kABWwaEGeUIEPT4AKGvhgFxDQOR7/tiIiRIhMfMoRnR4kCVzWCJKn8EPlDYQAKLVy /nejbOaRZCAJSgRfRHwQZpGwqYahVXMAvWmRHHQhAQHgSARA0MYu+MAHcEwBXjdSAA8EIcu5OTNh mabnwqIpwSrbTRFmcIBAY3iSA0gAPR/g34wcAAQ6kIBvlhXILuy40mjtGzU3Y4DUdrojnh6ITY2M kQSMoAYQcFVnJtaFH8C6sFpQAgdwDJripqAAuUbLAlLgAgfwZTOblYkSenvspMals9gRiAOAQN5o n2UBL1gBSblkNhp0wcTdNigVj7YlCgQBBNBeSwNmgAIEAIpDGGBKWeNdUMnk4J9twoCFe7mWB/hA BOv5TeDYxTMpE7yQGlPTQDiwS4arpcYfQNqr/rpk7IujVUUBEkgIenBOcydlAk/gAJKWFaoSm9zb 4FtKCyBwlxPcIAIeT0sFyEwwa7oyzzd/nuV+oAEGwICmQT/yARqwANlKEphivkATWFVSQQEv6UjF 1ZliEIWo/jIjOZ3BoWfQhRSYAAQT6LTLD1KADTy6615COtihB0UlwvXsGJmrJyeShSPGVqKmRrWq gyOB2u0d55mKCDLlPveCHCAFWZgIc7vAAkBXviC+toGjIkWcgT8+7BLJQgoob+oXZD5aJvC8RhKQ AhlIgAGmodTpwz4uLpgR2oi/iHIlUpByf54g0TUCTei0+/paAd+Av8gCcEB8gngAnccXyL6x/qCQ /20EQ82HmfcF8oT+Rt8iDfABFAmSAaxj5AE4MOVEws/dJ/Dy/AcZQATUX/0udNj9FxEBRCB/40d/ GIcQSRBP+GcQ7LR+AkEFFQCAFhEBT+CAIcFElGaAnkMERbaABTEAFWWBGSWBCPFkFqiBhZVV2Bd4 OmWBPUWCDHgBgzd/KJiCUgWDBNFoVGCBWYWDOZgBM1iANVhQOOB5HjgQgmeBd+WDA7FXQTiEOySE AjF5wSR8kWWBlMWEAnFZTwiFSbUFqzdMx3cArmWBh3eEEfVnV3iCXlhQWUAEKTACIJABF1ABEdAA CXAAHBVqL0CAquFc6hSI0fV6/deGBrUFo4VXV0+QBERABDiAAzPAAiYwAhuQARuQBFM0EPiGfYH4 S+z1eoYoWnhUSohoBUX0BIRIgzOQARNwhwtASRwlTL5kYJsXioU1iriYiQJhBYvYiI8YiZPoAXQY AQ/QAAJYi7aodMbBNdsjM7gYEqNkik/Qi4dGBcg4NNgohck4LGUCJt4oSye0QHiDjdvYL9/oM8yI QueoVuHYjuKYjeX4MhUREAAAOw== ------=_NextPart_000_0000_01CC6CC4.35A69080 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://gilmore2.chem.northwestern.edu/images4/hnavgen.gif R0lGODlhQQIeAPcAAAAAADEx//8AAP////////////////////////////////////////////// //////8AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACH5BAEAABAALAAAAABBAh4A AAj+ACEIHEiwoMGDCBMqXMiwocOHECNKnEixosWLGDNq3Mixo8ePIEOKHEmypMmTKFOqXMmypcuX MGPKnEmzps2bOHPqpAigp8+fQIMKHUq0qNGjAAQiXcq0qVOfSp9KnUoVKoSqWLMejaq1q9eeXL+K pRp2rNmnAdKqXcu2rdu3cOPKlZv06ty7ePPqbVsXwN6/gAPzVSq4sOG7fQ8rXsw2MePHhh1Dngy4 J+XLeCVj3jzYLufPbzWDHi169OMBA9yWNr15NWvMlj+jJk34devap1Pbbox7N+zevg3P7ux37/Dg ao+vdZ37rfLHseEef4539vDrqan/ZZ53OnLucpX+W9f9HXh31NqRB3CNPj3r9NrZt2frfu508oDj m197Pz9+/v8xFp1z5NUnXXa6YSfgfsZdV55n/rllIGjgHaheXKtNeGFa+kFIX4AcglidiBESF1d/ f8FHYmTFWRhiiPfFON6LAczYXoLozVWhfTniqOCMNeYYGYN3iYegkNbBiGONQdK4HZHh/Tdfkwi+ eGOQBQqpV4YBTnklkvNp6WV2SjaJ5ZImSihlmGiOiR2Qbsro5HJQojjlmcmxCaaYe8qpWosEfolm nmb+WKWZVg4aGpTV4WkolYcqtiOBABZ65JqOKrolowf2uCSbidIIZGX7PfeopahCmuioiIaaZlv+ grrKaqX9nWpqpHR6COuNh96Kqq29BptqY4CqSSivSgp75piELrviepzaB6Ozqo6noY7RUnrsp/jF mue1qmW7a6Wqiqqstc8uquucv7Z57qWjGplsq2rJRy6cuC6LKL6pesvbuuRCGqewwLa7qpbLFTuu q83yi+W0w4I76YnbfogsnkMCPCKt3DaM651PaszjvZEWbCm49ZaKabkmz4qirPmmZa/HBtNca8cs xwytyPvmW/DPOM/Kl8IfVkxyxIOyKrG40vFH77DskspzlBwzfGqzgU1ctM1ZwjwnyjKrvLXDZPvc tdFC70x0q0AffbPXV+e6tpMuB02w3TXDNaD+seb26aOdXV+pL4ZMO+f04ApinPHcPHqKeLegBiw1 4yeumfi8iaM7eaBvuuv1yUo7rm+HawtuepzzPty5uZiDyB3gfrcOZt+eD07shtAVjrveuoMG9qu7 S9p78LxPTXxeWguXroCUH4+t8c4X3/xuv/87ffSEQw9Z9Xslrxj3yA9fIoXX8/30bt5jr7b6haW/ 8Pmsuf8+/OCHr/3IWG/92/1F3omw4JPZm15e9qDysS9s/Dug3L53tuDIT39U48wDJVc5CYrPfN/C Wv30ZkD9rW50flqcAu3XwRGu7zCw+9uRvrW87JVQWwerHcjad0HJoUuGCBPMBCGYM49tUGb+L0wW vzKnLBomkH07jF4SeXU31l1ucwysWrU0dZgksq2JT6xiDS1msnItRoDnQdu7qCVCEz4viAdcYuDw JrAcdm+LX7tbCLV4RBj20H9uzBoc89fDg30RjW/rY9p0uEfcWfF4ahRjv3QGRRRCrl1G+iEC0QjB If4vjyGj5PyY2LMyVRGQa/zcIPVYR+wdkniJhJvnJHlCR0rRRiujoybzZ0l6SfKU8rLaIz8pmBSy DnQtdKEZzzhMEkaRdr/sXDDDVcpdOQ5orGyl8p6JtxkSspkYTOHf/lhMuhRyQ6cMXjgN+U1xlpOc 2FQebGaJynMWsJuIceeFxolOdiJSniNMWiby7Lk7ejoQn+rxZ0AB+k54CtOgGOJnPREKPIZaz6HM VKg506lEgjrwLBhdSlkyytGfbLSjILVKSEfq0auQ9KQfPSlGU6rSswQEAAA7 ------=_NextPart_000_0000_01CC6CC4.35A69080 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://gilmore2.chem.northwestern.edu/images4/lnav_b.gif R0lGODlhTwEsALMAAAAAADMz/8zMAP8AAP/MM//MZv/Mmf/MzP/M////AP//M///Zv//mf//zP// //8AACH5BAEAAA8ALAAAAABPASwAAAT+8MlJq704680p6GAojmRpnmiqrmzrWt8rz3Rt33iOx3rv /8CgcMgbGo/IpNJYXDqf0Kg005xar9israrter9gDDdMLps3gLR6zW673/C4fE6v2+/4vH7P76vP YoCBglSEIWNniImGg4xojhKKZpKAlI6WYJiZkBWahJ5doKGcHqSFkKJaqV6rZa0kfrGycJGztrO1 t7qyubu+eg8AAcPExcbHyMnKy8zNATEAAtLT1NXW19jZ2tvc0M7f4OHiyN7j5ufowx/C6e3uytDc 8vP09djl7/n66pH7/u7r/gkcF8+ewYMIp+EbyPDbwoYQkwWMmMyBg4EFE2rcqO2hP4v++0CC80ix 5MRxFi8iExmAZTGX+zLOY0MvzcxoGkmuTAlTWc9jP3eG0wmOp8pvQfWdFJey4lGfT2NGsmdTQFWO 1K4iJCq0aNR2Scn1SycybMliS722VAnyIs+1w96WbRqXrjiZ8qra3CttTV+9ahQG9ms18MyxSJ++ rdt2sdG6jNnSNWuMqzOWczE3zdzYrrm0ieGubUyMdGm3kkWfw9sN597BrmMX/jtbsG2qiC8fnata tGnSQU07zG1Os2/UL5HD5b06WHHlxiG77LzZ89Cp9WjWrg24sF+tVwkfdq42svDj6M+PVs/McjPj RlHznp+6Obtw8ZWrPs9+8V3sNeH+dBt3smm13YHidUMcM9Gdlpx0qfEX4VfLuMfgbvqdBtyEkNmH Eob7gThdhg8SBOBN1YQn22wGgifggAqSF1qHDtb4G3IjQnidjOcwFxyOHPb2333lLafYjUhS11ww VL2IoGEEGkYYbAZuY2GN5kWWXpCOyUUhPAsy5d968tX3GHOf8XhWRKxhZU2Vbl5z5ZpSqUmnMZRd R+SdDLUZJ21/WhkmnxgNuuaY74D2Tp4fOuNnoJAKaiehhU46I6XtyWgdljTiqR+jUAlZ2YmRlirp nvghiumolu5U3aqZssPeaBo6JSpZX7LqpKm8vmnoe/XBquulnQo7qqwkaumljsv+nqnZs0miRWqv 1Pb164UddmlXly1pmc6VMD3m7YbjbjvZpmLdd+5L6xnJrIhmQievkCw9Wm2pcwIVrI7uGjlrmq16 um6/5P4rYbHpMotntvMKdyOEyxLsn733QpqvwNA27KyGuY50bXKvSuyues5yRtlEaJam75Yhotev jUDSSHHFf15cIsws39zutx+vTB/EG+PcLqjPkNdgXD5zCF+89Cod7Mw0u2kzpzmT/BXRYgVs688u p+x1shVqGjLSnmaZmcjHnRuyuEUzGTW1UyNccsYhYp01qk4NzJnQO8/Nccf84G0sz26/zWvcRd6J +OBgCs44wLsaHujiulFK+eMzx2Ke6LSS19yz5sNpDfpwjo/uKOedS/256WGLznrYv8R+Ry+y1+4G 7bbn3gbuuvf+QAQAADs= ------=_NextPart_000_0000_01CC6CC4.35A69080 Content-Type: image/jpeg Content-Transfer-Encoding: base64 Content-Location: http://gilmore2.chem.northwestern.edu/images/rychke1.jpg /9j/4AAQSkZJRgABAQABLAEsAAD/2wBDABALDA4MChAODQ4SERATGCgaGBYWGDEjJR0oOjM9PDkz ODdASFxOQERXRTc4UG1RV19iZ2hnPk1xeXBkeFxlZ2P/2wBDARESEhgVGC8aGi9jQjhCY2NjY2Nj Y2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2P/wAARCAGaAWwDASIA AhEBAxEB/8QAGwAAAQUBAQAAAAAAAAAAAAAAAAEDBAUGAgf/xABHEAABAwMCBAMFBAgDBwMFAQAB AgMEAAUREiEGMUFRE2FxFCIygZFCobHBFRYjM1Ji0fBy4fEkNENTc4KSNVRjB5OissLS/8QAGQEA AwEBAQAAAAAAAAAAAAAAAAECAwQF/8QALBEAAgIBAwQDAAEEAgMAAAAAAAECEQMSITEEE0FRIjJh gRQjcZEzQlKhwf/aAAwDAQACEQMRAD8A0/Wjnyo3zt/rR/ZrjMgo+dFFAB9c0f3ijyo9RQAZ+lHL G9HnR/ZoAM+YoHXejp+FHr/rTAM96N/6Uc/zo/OkAdOf+VHXG9FQrtcP0dFQtKPFddX4baO6qfIy cEkjOCQOopNwcHaqdVnuzzS3nrmoSyMpYbGhCT0SSPxqmsnE77MpMO45UypegLIytpWcb9weX30o tSvS+CnBo2O/Q0bjmc0qhpVp5EbeVJjy9SaCA7il8/7NJ58/zo5c8YoAO2aBk+VHLl9aOmM/50wF 5YpM+eaPlvRsdhSAOnej0NFA6Dp3oAPLO5oztRzo5CgApR60np9aOf8AWgAz1ztRzB3o6+lA/sYp gHTP3UcsUef08qB6/OkAcu+1HegUf2aYB37Uc6OXfag9f7xSABvR6dKM0Drtz60AGdufOj8aPL7q OmDTAPrR/pRt1+VHrSAPnTiN0jlTfIcvSnEfCKaAbPP8KP79aDzPXvR2+7ypAHn/AGKP79aPnv3o 8x9KAD7qOg2waO9HYdKYBt8utFH4ijz70gDr+VHTyo+pFHX1oAOm3Kj6Zo/CjfNABz25dBWdlzYt xuKGpTnsaID+oJWglbquhGPs7Vohvyqh4iC486Fc2kJeWpJjKS4cISnmFZ6bmqSvYqPJLM+6OFTr EqyrTk+4oqSr0O9YidDkwpSlzUsrU4oqCkOBQznntyqzuMeXcUeEuDGdcaJAdjjSQPPvUbh+xrmX hTT7WhiMcyOm/RI770Y8ahvZtK0tzfMkqjsqJzlCTnvtXXXz/CjbOwAHIAdK4fS6plQYcDbnRZTq A77UjnO6PljFHQdSKB5bUAGDjtmg/dQP9aM+VIA9Rt2oPUUdeme1HTHamAUbHcc6OfXcUedAB/fp R6cqOn970daADfNB77Yo5f3zo/sUgDlR08xQeRzQDvmgA/Cjntijy6dqBsefOmAdzRyFG2M4o8ul AB6bdaPl8qB99HY0gD0NGNuVHIY50DOM/fTAPyo6bdaP79aOXOkAY3o54oxtil7CgBOZ/GnEfD0r inEj3eVNDW40aMU4AO29Lp2IqbChvGelJ12rspHIGjTuc8vKiwOMY37UnLc/WnCnsKQHB5U7A5I5 Ub/WujvnA2pNJAznn1oEJyHWjl5eVGOfal6UAJjbYZBqNcZiYFukSsBxTSfgSoAjOwJzyqQ4tDLK 3HVpbbQnUpatgkd6ytwiqmTJ6NRT7dOEdRJ+FtKUrBA+YNVFWVFWxuPcL0+0HUPvqQSR+9SMGol4 uN1TBEae+2pLigsK05WnScjcbdqIXjxXVRmcrYakqaUNO+CdlHsNql3FnxoxUEgraOsZ5Y+192aq 9ztWGLja5I8u5XWFDQ57EzFMsahIQoFS/MDpUK232bZ0rDAYc8U6l+KknJ9RVtJabvC2H1Mraitp 0sI1cx3x0HbHPFQpkS12psuOIU4/zQ2pZOfUU0/D5FPHKStvYsY/GqNJ9pgOFXdpYA+hrRW+YzcY LcqPkNuDOlXNJ7GsGuA23bS++wtp95BWygL+EAjcjt61c2W4uMWSZGQ0EKhxgtLiTkqcOcZHrihx VbHNOFGrG+1JtnGd+gzvTcNa3rfFddwHHGULWBy1FIJpzbUDjf76zMheho5etFIN/I0DOue1Jgbd RR6daMYoEGCTyo5GjyHKj1oAORPWjrR/Yo59P6UAHrR07etHcdutHUUAHLyoHagDG9HpQAfiaP7z QPKgUAHpij8+lH3kUfj3oAPxHajrRkdOm9HX8KADGOdHy+VA/wBaOn4UAH9+lA6UHt3o2OaAFTv6 11p3xSoTtk/KlxjrUtjoQJ6nlXaQcc6SuhjH+dJbspI5GaPltR3o60gEAGc0vzoGevOjpQIQj/Kk GrOM115UDzoADnntmjpRR1oGIU5NclHau6OlOxUQrq0t20ym286lNnAHM1Q3RxMOalKMpcNyDiUl J95stoTz9RWnkPsxWVPSXkstI5rUdhWPl3tm5cWRFMKAiMgo1r2ChzKt+Qq4Wy4coguS2mL5P1eK gKVpBbG+B3/rThkvy4y0IKg2874ba1jB0jGcjz5U3Hnpd4gkKbw4h1RCVjPwjkfSp83xFhlTADjj SySjPMVb5O6G6bs5fea0uwkSPYnGwkJP8p5AfKqoW5Dd0htIdTNW6sLUlPve7nmfvpq9vGRIb8Rt CVISQQDk8+tWHCTbTV0dGffLOU6fsnO+flTqlZEpa56TriBL8ziMwGhoWtCW2RnCUgjJ+RxVozB9 rZkMx0BtE95J32LbCNxkc91ZH+tRGW5Fw44SpbRQmMApQVv7oHP55rZhKckhIBIwTjp2qHLSkjmy P5M4074QnSgfCOw7U2ptz2jXr/ZacaMde9SKKz1GVDWOldBGSnOQM8679MCjt50WFEWKZK2lKlsB hzWQEBWr3c7HI70+Enn9K7oFDYUNhGRS+Gc867O/y5UeXKi2FHHh467UiklOwpzegjNFhQ1nypMH oDTuMGlo1BQ0E9qCDn0p3bl1oxRYqGsdMYpMbU6R3pcDtTsKGgKAMc+1O6ew2rlxSW2luL+FIKji iwop71ekWhcZBQHFOqytPLCOWR86tcA/ArUDuFDqKyV0ZcnKnvrcZRqUA2y4r32gBnSR3PP51c8M XIXO2DS0EezgN4ByCOhq2trKcaLQoPI0Y3p3150mM89jUWTRxpPagg/6V3gdNqAMdTmlYUA5UtFL 60ihK6HLnSUvKmnTA5opcUAVICUHlS4yemOp7U1HW46gqcZUyckBK+3emAxdp6bZblyijWQQhKc4 3PLPlVdw7xAq8PPx32ktvNp1go5FOcfXNXbrTbram3UodbVzSrBBrOP2eHw7ITd4rbriELwpsq91 pJ5qzzq401XkZpKKzjnFL0yYY9jty5gTzcVkD19PWprKuJANTrFsUMbo8VYNLQ1yFFtRQMkDVgHG +OQptEiOtwttyWlLHNIWM1O4jPcZTEriItrSNbxWl1SicBsDl6k71jJCla9Cjkp55q/4y9pYvi3U 4S040jQoj4sDfHpVWuLHe0ld1YUcDlgY8uddMFSKQ3AfTFZdebQ77UfcQsD3UpPM57ipMllqC17Q zLDrxI2KDuetSo0n2aKmO1cIQQnOzijvnnyolOmXEXHEi1JDmPfSs5HptRTs6VKCjV7lASSoqUdy ck9zUmHcHYClLiOLbWoALGxSsc8EVLRZ3tP+8wV7ZwHdz91R5DRQ0ttxCAps4BRuD86owtrcv7Fd WzPk3eYC2lam4oSgZwpSefpt93fnsunTGM86xNqgsuWy1NNKWt2bMEh7b4UNHBA7cxzrTyb7aob6 mX5zKHUHCkbkpPY4FYTVvYmW7OmLxbZUoxWJaFvZI08skdj1qeEqOcAkVjpMG3xpX6wxZjS4TLgc Qy2BlbnVI+udx0PTepL1rn3NaHb3dvYS5+7isHBRnofPl3o0IVGi1P8AtpZERXgeHq8fUPiz8Onn 864nTGrfCdlP58Nsb47nlWeXwm+2krtt7kF9ByEur93Png1Is1zduS3rPfY6UzGxnChjxceXLON9 qTiuQotLTcW7rb0TGklAUSkoJzgjz61MrltttlsNtNobbHJKE4A+Qrqof4IPvoo++igAooooAKP7 9KKKACm5EhmMjxJDiW05wCTzPl3pyqXi0JFqZWoDCZKATjkDmmlboaVuglcTw46fETHfdbBwpeNG PkedRpfFLbjjSbYtPhkZdecbJ0E8hjp61RXdCW/0hrkeOoBJKDtpGQOXzp2VGtkHCNCgzoQXVJUS Vr3wry9BWqjE3eKmLI4kuMOUw8xMVJZcQVKbdHu7KxjHMVaPcUMT7Q+3DYWZro8PwFEDTn7WeRFZ S6ONuqiqZRobLRx5+9zpyxteJLkLKinwYrrmR5AbVTiqsiUVqLqfbngJhbcQpJCVsILoBUQjCs+m 9d8BT4yW3YCiUvrJcbJ5LHUeRqugABpbyPeSxblKwvzXjA+v31zwS2FcRMhW+hlw8uuKGvi0wnT4 PQ6KWkrnMg++jnRRyoAUD6UUClpAJS0UlAyNdJzdshKkOoWs5CENoHvLUeQFVH6Mv9wBem3MQdW4 jMjIT6kVIiQJzNxYTKdEiHGSpTbiviJPIEdSCOdW/iAE5Ga0W3AXRkrm1deHWUT0XgyGwoJUy6Th WfXn+VNso4k4jR7QZAgwlfDjYY76eZ9atZcf9N8UoYeSj2K2tB1SD9paxkZz02+6nZkxchRSn3WU nCUjb+/StEmVVlR+rMlOB+sQ1HkQFH86q5M+7OxZNtMtUyKlX7Z7QdSEg4Oeyeu9aBSARsMVRXzM CQmbFkhqQsFDjad9Y5ZI69t6tIdGhtDZsC2Yalh+3TlJMWShOwWocleR6H/PE3iKZMtcNt+KyhQK ylxS06ggY2++qqwXmL+jUWa7JVFW6CWlL3QUndOD08vStW63ISw02x4LuNIWXyfeSOox1pOEW7FR nbs1crvCtsJhCoyZoKpTuk+4B08ge3WovDfDlmuVpCpDCzKaUpt4hwj3gTgj5Yrag5VXmfDst2yT 25zh1QZbhYcV0Sckj59fTNUqWwGx/V2PLhIiXRZmFpSvBeOziUZ2BV1OOdZGXEtTiYLUGH4K3ZCh qcVqLjafteW4rf3GV7Fb5EoYPhNlQJ5VhEMGPcVx0pUr9Hxw0hTeDqUo6sjJ32OPlS4RcFckieuL FWTqitEHumsteUMNXNxqM0lpDfuqCeRPer72h9kKdc8dKGklag6hABA6bdayvvOKWs5JJKiT5mpg jo6iUWkkhNI6CtDw9wq5eontJmBlgOFBQE5UcdQaz6SM5VnHXHWtHaL6ti2sWi2tPB94qU88N1J/ i0DyAzk71ochrzaYkWAtFuebjFCfC8dSs+CPtYPRR69cmobcbhFhAbIgLKTgrWQVKPcn+xUJuyMq g+NdS4mCwCpqG2r4xn41nnlR38h86sxw7YVJBVbE5UM4UTn570m0gsbtnD8KPcnJsF9p2BspDCVa 0pdHJWc9OlYW6NTWbrLQ86vxg6dyrc9iPyrU3GxLsCjeLNL8Nts6nI7qvcI5H1/GnpF4tdyfjohx hNnKwpICc6D11HypNtCObU7JLUdTp8F9fuqPP5nvmmblHu90ubM2AhiKY4KG1uOBLjg7kdBz2P51 dPtPBlbwbS7J05LaTgKV2SarQ08GwqUkB77RFTtIaaYyxxDcLZcUQuI2W0Jd+B9obDzPetQQQdxv WavyhI4aw9grbeSG1rGRnPXrjHbyp9V1vLiEG32NxbGkaVyFEKUMc8f3tWco2JovceVGKzTnE0+3 OoF5s5jsrzhbSsnH4VoIkuPOjJkRHkutK+0noexqHFoQ7jajHKilwakQmPOjFRLvcEWm3rluNqcS kgYHIZON/KoMmTPShtU2QiAh1C3UoYGtehIyrOrbYHO1XGDlwOiwuE6PbYpkSl6U5wkDmpXYVk5E lu6BUieuYt/X/s7DI0tsjoc8ie5qunzpy7qiHOfU+0054iAtIB95PunbyINI+4socaLpA8H4knmo c9q1jCh0cOzEuOvMXVvw1qSEqca3JGcjPfpVhNkQi0268Q8wNKhp+0RyB/MVTXY6p5XgjUhHPf7I G30p60txfZJTktpS0NuNgBJ5kn/KqaXJvGbew1dHGXFRXIzXhMqaUUo7e9Vrw/bQtqQ4t9tCZEZb aRq97B+I46AfnVRcnG3fZlMteE34aglAOce9VsyEpbSv3UhFncKiftFSaHdDX2bLNdtZchy0Jmth T0bQkpGr3U79DyOMfOs7w9d27TN9rXGU9qQUaUqAwDUuHqZbkODOqLbtKSRgJJVn8z9KokjCQB02 oS5TIyNOqNyxxtBdkIbciPsoWrHiFQVjPlWmUkg4ODXkBGRgjnXofBsp+TY0h46w0otoWeZA6H0r OcElaMmi8xQOVcPPsMDL7zTQH8SgKGZDEj9xIac/wqBrLckcAzyFN+MznHjN57ahWRu0ifxDdXLf DcEa3xjlyQVFKT01E/UAUieGbKtAQm7yEvHktQAGf7861WK1bZVGzII5jFFYuBOuPDN0RbrmVPQ3 MBCwc4BOykk+uCDW1I3PWs5QcWKiJLdLUdSxgBOMknlVOjiSKpJDQkPLScHw2CofWmp6FX+7otgU DFZGt3QSdRHMH67VftMNxGUMx2w22gYSlIxWqpIXgqnWYl3jyZUV2VFmlAQhRbKFpI6Y6g7cqzLN 6nRHPZ7hHDi07YT7qv8AOtFxHOmN+zwLdvMlq0698oH99aIvCMRhxMaW1KlPutlZmlWEtK7Dfnnf etI7oqLKmXfI7cB12Oo+0JOnwnE4Ug9cjyq4sNlt9vQ07eXGXLnKBVpfWCUg7YA77/lTM6BDD7UC /R28rOmLOQNOvslR6H1/zqvuvCM/W27GlmaGAAhuQTrAByEg55fSs+8ovTPZl03wWD9viwZxss+M ldslEriLxu0s80g8x60iF3fhUfauVoBOR/xGR2Hl93pTsjiKHcY6rdeY7trlK+FbqcoQv7Kgajwr uqQpp5Lyf0myktPRM5Elsbgpz1xvnnz9KmeqD1x4YL0zQwOIbTOLQYlpK3ThKFDCs+lZqz239LcJ yYzxypTy1NE7lKh/mMfOoPENvEeSi/2dSfBBSspQjBaUeSsee2RVzZ3l2XhZuRNYcHvhSgnGRrVs r03qM09UE482NKnuHD1yVOsKo01ely3rAkhY+JoZ288YwfSqi0xm37d4klpLnjuqdAV05j8q74vh yLXOduEE6WpzSmHyEjAzzB/xYqXH8BuOyyy6goQhKR7w7Vrr1wTRv08fk7Km/eBDhJYjshtUhWSU 8ikcx+FUZWEMBIONW6v6VPukhuXd1KJ/YMjBBPbnj51d8P8ADaW1N3C4Fo60ao8dfRR5as+WPrTc 1jjbM8r1zdFdY+HjPQ5MuC1xYLQ1KJBCljGcjy860nC0Btanr8thLLS0lMRkD92gZ38if72qmdl8 RXdp21vRQ8UupLy05SNPMJJH2TjORvV4q2z5MdKLrcEsMpSAmPFGE4HToeXSs+4otub/AIM6vgJf EcKIseIpS3VckNELJzUcXC/XMgW6AmEydvFlEFXyHSpi12awxfaC221q3T7upavTqPwqql8WLuTf slmZfRKdyC44B7ie4x+PT1qFklP6R/lh24rkrrpbXJE5q3+2vXS7KV7ys4bZT5/fntWntnDT9ttr bUWS3HmOYMl4o1k/ypO2ADWTlNyLJFQxDUfGeJU/JRzIHJOegqTw9LnOyHhJcddb0ggqWTpOfzFd STSoktLhJvfD8xt2c43Ot7qgkrSkJUk9vI/jV4+lHgrdWlK0JQVk46Yz+FRZ77F1szkKQ4ll1WME gkJwRgipMpxVutqXI7XtzDKMOBJ9/SBuccu9TKPoloqYl7ZnNBEB4hLJzpKcFJPUVNbukptOFlLw zk6+Z8s9KYtFttrcdyTbil1mUrWCR8A7DqPMV27GKEFRJOO1NSXA1JFolTE2GcoC2XBpW2sZx5Gs 7bYn6C4rVCYX/sc1srSgn4SBnA/vrVrZPekOtk4SUaj6jrWfvV/b/WVhcKMuSqB4iAMHC1KGCdug qdD3rgGi34kvxtKG48Vrxpz4/ZpIyEjOMkdT5VUJj8TrJL14RHWdy2XR7vly2PlUH9IuXDihE/wF RnUgYSociAR1qeUgnJ3J5k7mqjFJDSH0vXJ2O7ZL1pWZrShFlJOUqUBnBPfapbDRvfCFtVHBccTp ZdVnCgj4XMfKq9Ydfi+ytvoYw4HG3HM4bUBjI+RP1pIDt24djF5l2Pcrelep9DOct55q3Hl6elUl XAUV3GcYwuJg4gaUOpbUjHQJwn8qZdSDLkafgW26kb55pwDVv/8AUFHii3XBvJaW2Ug+vvCoTcUP Mx3kHAWjK09FZpjKm6j9swrABWyCccsip/DKEOJmJdSFAFtQB6EZwajX5AbfioT8IaOPrUnhcnxJ YyANKc5PmamX1NcP3RE4gQhqclLaAlIbJ0jlzqe+AiC8rOpabay3p7ahUHiLJuZBGwTgHyrXxYsd 2EyHUtqKmmwpWRkhI93PpmpbpKzRRucqKu8HwP1kQEaW/CjtpwMDOlOayXWtjxcoJtCBz8R3Tqz5 VjqIb7mOSOl0BOEknoM1uospdg4JYeba8R905bTjPvL3BI+XKsVHjPzH0sRmVvOq5JSP7x861T0K 9qbYXJnQcQyFpjayCCOmw3PzqpKzMX9X4jP7fiKS9LuDvvqbaVjT5E1Het0Bsh21NyoMpByh0vag O9SlKK1lajlSjkmuaYxiA09GiLZecKypwuE5zk+v30/S0UAROJJKVWOEhSh47T6kIPXRp2+WfwrV Wy6wHrbGUqewlfhpCwtYSdQG+xrNOxIb7wckxQ8Q2EAFZG+c6tvpiu2rJYFo1PMS0rPNLaklI9M7 0pRUhNGyj26HEeU7GYQypaQlWjYEDltTrjRUBg70a3eQQkf4jTEsynGCmPJZYc/jyD+NJ0wtGc4n tV0E1u5W2RodCQ3oSrSR5jP31WC88W24EOtl8d1N+J94xVrOi8WFIMe5xJGk7JRpSo/Xb76zUm7X +JKVGmTFsuJOFA6SB9Mij5LgnfwWrnGyJEdUS8WsPNr2UEq0/QGnbNxPGakqhPvuKiZAjyHR7w/l X/X8qjxLZIusfKL9Ed5goDY2/OnZfBsGHDdkSJspaG06lJQ2nJ9KxyTxTWmRpFSW5b8RXFiIw2w9 DE4vAqQ2cacDG+fmPrVJC4cjXVhqfCDtuUFZ0Ferccik9ADUmyptN1jCEpEpTUYnw1SlhCk6vsgg 7g9v8qkOxpnDxLsJanrWVZWwRlTA7juP786wXwWiLqRf2dvgG/GadfallLcjA8dBGGpKT9tPTJ+0 P7DVtCmocyxSFeIC0tcRRGxGCQn1B3rPXWdIkSnZCAXWle8HBkhIPQdqtYeq5QY7geCFJSCCPjQv kfkQPvrZ4/juaRWpafKJ5kM3TgIvyAVltnGSd/ETtqz61jH47LUYKCUlZGcpd1Z+VaqRqt1smsMh AjyAENNAbazzH+naqO0W9DtwWl7StqKASU8lnt8qvFHRq9WRLG9Sj5JkbhgNMNTLlIbQwE+ItobY HTJq0WP0koTbqsx7Wggpa5KeOfdyOieWB1P1rktKlr8aaQmMg6ktrOxP8Ss7c+Q/sx7nNUqzuPxF Ap1BGpxO+M4ykGk05eTftqMWaCTc3j8DXhAdVCoroU0lD817QpzZsK95xfklPU/htWYsD0iNdmkP oKwpWjLiyQ0r+LzxWqQwyh1fgJ9snOJwqU+CE/d8PP7PbyxWE4LHsiHkTjUUZK8SnV3FaGlrZU6j w3St3UopPRavly6V1Bc8NtUa2OMtFX72U8cHH8oPn/fWtPD4RtTKFe0tKlOKOSpZIx5D+p3ruRYe HobRdkR22EDmoukfnVrqYL4pGOhlRGat7AV49wTIWoHWHngQfl/nSNXCBDcdQJEfwVHKEMN/CeuS OddPS7Dks2uy+3OJ2GEEJ+ZIzT0bhiRdk630xbcwf+CwglY7ZztXRGbl4ol7DjU6I834jclvSf4l YIq1sbmZg0FKmloJURuCOm/aqe68HRbdDRNihySqOoKdaX/xEdcY6ipsZ8RF5bSlSdJSUchjtViF 4OZW7AnFAAY9rX4AHLTmrSTGSsaVjBHIiqaNZ7a9lEFLlvmE6mnG3VFOeeME+X98qs7HOXc4ihIQ EymDodHc96iUd7RDXojKirRq0k45culR2yY61FolpRGCpOxNXbrRxhSTiq16I4VKUMEffQpexqXs oLnNaiSWxJCluLTqQrGTjPeon6VddB9ngSF45nTt91aeM3leVtgjGMqSD+NTAAOQCfQYqZZVF0hS nToxiZF4cALdvKQeq0bffXbQ4kQVFCGW9aShWcAFJ5g1stSiN1E/OkOSO/rUd9+iO7+GLdtt8kwm YT7jao7By234gwD38+dImyXZCAlMrQANkheya2WnUcEClCEgbAU+9+D7n4Y1XDkx3BfmAqHLUCcU qeGpKDlMxKM9kHetkEgchRt2FHf/AAO7+GMVw0+o5VNQT5oNdI4alISSieE57JO9bHAzyH0pcfdS 734HdMa7w9cFoS05PK2knKUrBwD6Ux+rM7otrHTetyQDzFJpHajvP0Lu/hiW7TeoQcbiuoQl0YXp dA1gdKX2e+so1YaWB01hR+lbUpGMFI+lBQk/ZH0p978H3fwxQkXpsAuRELGOSUjNIbtIZTmTBWM/ KtoG0jNLoTjBSlX+IZp95eg7iMai+wjgOqW2eo05qW3NiuHCX0DyJxWkXGjuDC47Jz/8af6VXu8N WdxKgInhqP2kqO1CzIO6iHpJTqAyO/SnEfD0rhXCjbZ1Q7hIaUOSVDKRSJtN/bGlEiE6kfbWDk1a yRfkrXE7lQrchrHt01SgcFRfOD91Vy7fZVD31PqGf4+v0qxn254s6EqQokg5AqlWhTayhYwocxVI odNtsA5iQf8AuNHsFiSNvasf4jTFFMLHTBsgc1JMsEciCc1KYus6Fkxbg4+3/wAuUjXgdtVVjzqW tt1LPJKdyauLfw06+EvXx1EZnmlgLAKx/Mc7fLes8jgl8xq3wO2xds4hzEctjrKmlFfitLyhJ8jy HkDU8RrrZ1AxrmiW1nZiWffx2C6nCfabeyI6JMZhtA2Qgjb6VCfvdkAH+0+JqOBpQT+VcOqUpbLY 2Sj5ZDyy1JU82yYof/esLOpsqPbsT174qPb0pbfeEdJDROVsqGFNHuP5TV6/bo8mOl0F5AKchKQM n61n5VmuD0ophiSlSfdW++oJTjyxua6IZINcm2pRSrwDYFzurrqXFhiGWy2gHALmDv8AI5qNbNLV 9msR3/8AZ0nIQd/EP5dd6ls8LXqKFLj3BhCzzSkH3qrYdkmxpuiWJENat21oTq8Q53wfvrVZINUm Yxcu5qZZyAt57DyTJz8LAGltPmo9T/p1pFWaVK0uyyuXg4Q22dKG9u3WryJaUBgKXNdc17grSkFP lVFKud1s3Ehi7rYW4AhpSThSDtkH1zWSyarUOTac40TrJa0wpeuU0pxZ2bVpICPUfnWkGEp0pGAO lVt4vTVmkNolMPKYd2S6jkD2NOxrlDuLCvYZrZXjYk4KT0yDXFk1z+bRla8BdY86VF8O3zExXOqi jJPoelYm4W2+QnlPTGTNH/MP7UY8+1Wku78QwZKo8pcdDg3B0nCx3Hemv1hvQ/40f6GurDDJBbU0 ZycWQ4d1uR0FtyKptB3bA0n08qu5V/dixg5CWz46sBQWcpA61RTZMi4ZMxqMtWCApIKSPpUBMHCh nQR5E12K3yZui7HHlyQr9qzHcT1GnmKaN8bUkKDLxzvsjYVCQy038KE/TNOflTCyyst5VIvcJhuM sFbmCVdBg5OKjyr/ADbVxDdRHLTZdf0qJTr0gduVRW3XGyVNrKFEYyk4OKbWjUMEIx5jegLLlviR boy9xFoGfgNt1ffU1m4xXGwtfELC8nPvMeGcdsVklMIJyUprhURCuwqXFPklpM9DS9GONE2I5nlp dBNPpbWoZSgqHQpGa8y9iQNwsJ9Nq6DTyB7ktYA6BxQ/OoeGJPbR6SUlJwoEHzFICDXnzdzuscBL c93CeW+fxqQ3xJekHK3w8P4VgAfdUPC/DE8bNzRWRa4wlpThyDHX5hSgaktcZRyR48N5PcoUPzqH ikidEjS0pBSnUoEJ7ms+7f7fMbARc3reRzGgEqHnUZmyQZ72ty/OyQvfGsDP1NGj2LT7L166W9j9 5NYzywFZI9aiO8T2dvnJWrtpbJzVY5H4VgL0rcD60c0ZJyfPpTf6y22NtDtAH+NKf6VSgvTKUV6L L9aYS0ksMS3SOQSzz++uhf3VgeHZ5xJP2kaR9aqFcW3BwYjwGWSdgpKT/TFIbpxM/wC8hK0jlkIG 313qu3+D0fhftXGc8rCLM4B3W6E/iKkJduZUAbSkDqoSQcfdWWUOJZIy6+8B5qAH3Vyu1Xl0anZx yOmtQ/CjtD7ZtUB0oHiNlC8bpznHzpdKux+lYYWKXklyec53wpeTR+hHgfenOY8lK/rR2f0XaNzp V/CfpRpVnGD9KxIsqdIzNk56+9t+NdCyo/8AeyvXV/nR2f0O1+m28JZ+wr6U6ht3T8CvpWGFpSAA J0sDqAs7/fT6LaooGZ8s4GPjP9aOz+j7X6SrxLW4wkoPhgK3CdvrVN19a01ytTZaGVlIKtiOdQ02 2KlOFJK/Mmtl+Gi34KXNNPeLpw0UpPUmtEIMUcmE12IzCcYZQMeVMKMo1F0KC0vKSsfaSd67VDDp KnFOOnn751b1rEoQnkhA/wC0Uu2NgB6CgdGTLTcZQQQlClb4Ix8/86v7e7bbRpklapkpSdlIH7NP +E/n+FMPMxGHiW43tEsndagTg+fSm/YJj6yXQGz3Vy+6onHVs2C2Jkriaa7/ALuhtjffUnWaiwS7 cbkyJz63GEK8Ralq2QBvnyGcU43aEgguvE+SRXLdlbVMU9IWpTaSPDaSSAR3UfWpWKKVRVBbfJNu fFanXCzZW/FX9qQtPup/wg86rId1u1rdLqnXJbajlxp7/wDk9KuUpQhIShCEJGwCUgY+lL8gfUUR wwiqoptsWfMiXzhuQ7DeKVtDxCk7LbKe4/OqWBerlCKSpaJgH/OHvgeS6lzLcl/W7FUI0ladCnEj ZaeoUBz/AMqY/Q6wBpeGcb5FTDBGKcXuhNtlr+mbVeohhzdcRbnLxBgJV0KVd6z4tTjj7rDjaUvs K78x0Uk9jtTj1rf04KEug9qfhWwNutSkKW0sJwtskkK9arHiWP68A3fI1Ki3NxlLbjgfCDqbLhC1 o7gK7HtUbwJKE/t2yD3A2rQkYGw3rhzIRuARWiSXAmjPnY4O3rXTa0A++jUD2NXOUFJCmwflTLjT S+bYPypiojphMupCmXTjzOT865ctjwwULQryJxin0R0IXrbylXfNP4IoHRUqiPI+JGf8O9NlByQR g9iKuTuTTTTzMgqS0tCynmBzFAqKnQOwo0DsPpVuWWlYy2k4ppUJs8iodsUBRWpaUs4SlHlk4zXZ gvDmyj5EGpSoKse64M+YrtsSGMDHiIHTyoArzGdG6mR/41wWlp3LSPpirxCtQzgjyNLt5UBRQ6T/ AAN/SkLeebbY+VX+hJ+wn6U2YrSubQ3oCihMcb+6mmzBQrfTvWgVCaPJJSPKmjAH2XPqKA3KP2I4 wMCnoqpUQnwm4yvNxGTVmYC+jifoa4VFcT0z6UBudt3yShGh+ElwA82zj7qlovcVzHjIfbJ/iRkD 1qsU2tBwW1fSuCSDhTavmKAs0TUqO8MtPoV5A7int81lgsdE49KkoucpAA1qWB0NA7LxQ2phagBy qCm9OZ9+NkfyqqM/eZxz4UdtIPIjJNAWWmc0FJAyQQO9UiFXqeoJbWRk4wClIHnU8cJTHDl24tqB O+gqNJtLkTklySlLSn4lpHqaES4mn/eWv/KuE8HMDBcmyVkfEEgY+WakI4Ltik5L8v8A/Gp7kfYt aLab7zaSppQXn4ugqFnyqfcD+zT72cq5Z5VBpx4HHgKKKKooKKKKAAZAwCcdqMUUUAJijFLRQAuD jOKSszfZMhi+5jrdQtDaSkJ35jfaraxy5E2CtySP2iXNIJGCoY5mgLLCo8mXFi59okJQR9nPvfSp AOCCKxt4iJg3B1CQfDV77eTn3f8AWgC0k8RNA6YrLi/53Pd+6rWAv2mCxKUpYU8jURq2G5G30qmj 8NOPMJWZSNTiQpISk4371I4acUqM6wrVqaVyP2R6euaBFuGhjAW581ZqDGu0R6Y5GUooWg4SpfJR 8qsgk46jzrHIgOT7hLbQtDYbVqJUDjnjbFAzXaE9hXC06d/wFRYbbsaOGVyC+R9oinHZKW0lTriE AdzigDs6SNvrik0jPOq2Re4qAfDUp5XZO341Bc4hXuG2UJJ/jVvQIvxg7GsmluQLg6IgUXUKO6dt v6VI/TctX8Ce+BUdubIalOSEHLrvxYGc/KgDRxhIDP8AtakF3+QbU9VAi9y041MpO/2gRVxDkplx UPJxk7KT/Ce1AD1I442ynU64ltPdRxUW7SlxIetrZxatIP8AD51V2y0T748tTR91PxvOk6Qe3r6U m1FWwJz16jN5DQW6odMYH1qC7xA8o4ZS235EajWrgcHW6OAZRVLc6hWyQfICrpmFEYQlDMVlCU8v cG1csurguFZagzzzXfH9WmPI97b3GsY/pSGHfTzjzj8q9Myef4Uaj3rL+sl6K7f6eZCHfUb+zzh6 CkjXaTHeIkEuIBIWlQ95J/vpXp2onrVDxFw43dkmRF0tTUj0S6Ox8+xq8fVpupKhOFcFchaHW0uN qC0KGQRXVZuDKdt8ssyAtCArDrZ5pNaMEEApIIO4I6iu0zFBxy2pDvz3paKAIzraSf3YxUctJGds VPVmmVADtQBD8HbZX3VzoOcCpK3EjIJ+QqPrKjjp2oEcraI3Un7q6bfeawG3VJA5AHYV2VqI0kZN cqTjmnFICezf5qNnQ26nG3u4P1qwZ4kT4Y1xiD5Gs+VA592hPLbNQ8cfRGlejXTdk408gDqzuah1 PnnLYAScnB1H8KgVUeC48BRRRVFBmiikxQAtFAwDyo+VABVddrsLatpsNeKtY1EE4ATy+tWNR5kK PObCJCNWndKuqfSgCqsb7k68yZykhJDejY/CCNhVncphgxTI0a8HGM13BtzMBtSY6Fe+cqWeau1Q b7KjqtcmOHUF44wgHJzmgB6NeIkmOpxCwlxKSfCVsSfKs1PuL9xKS+G9KFEpCU4IHbPWrO2M2qO0 1JfkIVIxrwT+7+Q/OldlcOqcUvwvGWo5IS2RqNAivTc5SLa0yypaENqOpwdd9hnpXdkffVdipBK/ FH7Y9x5npvVsm4EpDcOyyVJOyQWtvwp9sX1aihixhpOM5Vgf0zQBnrjMlLnuhTrjeg4SkHGB0NS7 I83HYkPPrCUZAyeZNTLjYr1KZXNnRo0dLKCVLz72kdxWbG4pgWM27uvrHs2plAPPO6v6VFjR37nP RHQtKpDudJdVgfWu1sxHGojcZx32lxWl/WPdTvtp+VelRbbBgY9kiNMkj4gnf61z5syxr9KjHUZ1 ngZpOkvz1qP2kpQAD5Zq8i2O1xEkNQm1b5y57x+pqfWM4rucmBxIw5EXpUywk4zsSScgj0rihLJm emzRpRLO/cLtXNwSYi0x3wnCk49xzt6UcOcOKtLrr8taHXVjSlKdwkd896sbPd414i+Kx7jif3jJ O6D/AE86npxkZ2Gd6mWXJFdtgop7mO4wV7Xd4dujpysJJWlI3BPL7qz0SS7a5jiXGzke442e/Sr2 C+q48QTpys6Eq8MddxsPuFV1zH6S4nRGSEj30MKJ5YB3J+tenijogkZSduyJcrh7eWylGhCNsZzk k16DYYP6OssdghQWoeI6FHPvnnWNQgXnjDdIDQdAc0AABCNs+Q2H1r0BT7OTl9nOf+YP61y9XJ7R RWP2dUUJwsZQQofynNHUV55sFFAooAPxoNFFAFDxTYhdGDKjJAmtJ9A6kdD59j8qxcS6SYrIabKd AOQFpyR5V6lnBBFYXjK1exTUz4w0tSD7wSPgc79t67+lzf8AR/wZTj5RWC/Sgd/CPloro8QODm03 9TWzsN4/SltS4ppnx2sIdGgc+h9KsS6k41R2FY7tiup5Yp0zBzS2POU31eRlCT6Kpz9NA82P/wAq 35TFWolcGMokb/sx/SmDbrQpOFWmMR5Jo7sQ1xMJ+kkH/hkeVJ7c0fsqHoK3Js1hUcqtDI9M/wBa 5XYeH3EqzbUoJGPdOCPTen3Iew1RMSJbJ6q+YpxMtk9QPU4rVp4SsZ2w/nvq3ph3ga2ndue+jPRW DT1Rfkdoz3tLfRxB/wC4U4lSSnOM56ird7gNo/7rdBk/81AP4VH/AFCuGTifGx6Lp2vYzQTyvQMg JST7vlUL1qZcFApSfe59N6iIQ87jwozyydwNBT95FKPAR4EoqSi2T14JZS0MZJWsH8KcFncAUqVP Q2jopoEafmadodpELyrla0oGVKA9TTz7dhikmZcXHwCAUqdB39BvTab/AMMRVFxltOvGkHQVHHzo 1IWpDHtbWSE6nVD7LY1GlDk5xBLFomlWcJDregH55qV+udqAAQ5oA5aWjXB4xtyucxz5NkVLn+Cc /wAD9H31zlEhs55FbxJHy3pwWK4rBL93aYH8LbKVfeaZHFNpcPvS3Pmg1Ibu9td3bmNnr7x01DyS 9EOcvQg4agqUr2q5ynSf4V6Ep9BvWDmW2ZEecbdjOhQJwrTnV2IPWvRkPx3PgfZPo4mqu5cTQYKl NNgyngSClGMJ+Z5/KlHLJuqEpyfgm2aFBj2yL4lsZ9o0ArUtAKtXzp+XdrbAV+29jYWOSSkah57V hZvEVznKLaXSyhQx4THX866gcM3SeEuBrwWlf8R4n8OdN2t5ui1GT8mmf46ipBDJdcP/AE8A/Opd ovv6XjLcQrw3EKwtrO47H0NZG9cPm0JjJMlLz0g4SlKSPU1Gt0x+x3XWpJwPddRyCk/5c6dKcbiw lDY1HGE5TNo8DxTrkKCSknOUfa/KsxAsU+5QlSYbSFoSsoIKsEkDOwqTxdNTKuqEtK1sstjwyOur c1t7PD/R9pixdtSGxqIGMk75rKeR4oKuWVijaMNZ7PPN7iJdhPNpQ4FrUtOAEjma9F60oOTvWDjc WT4FwkImky2fEIKScFG/2a5pa+pdrwbbQNLcuJLfbJZivl1ToAKg2jITnlWdRFj8U8QzVMqcbaCN Qdxy5AZHrmnp9ob4kW5drPI+PCVtvJI94DofSmoLx4PU4JrPjS5IGG21gaUA7EnzNawjGMfh9iW2 3vwRLTCl2vi2HGeBbd8TCik7LQQfu2raXuYmDZ5T6v4CgeqthVBbJbV5409rZSrw2o4UNfNJAwfv NOccv62oduQr3n3MrA7ck/fSmnkyxUv5GtoshWLRBsKn1jGQpaz6bA1QwZqokpclSPEWttaeeMFQ 5/Kr7iJ0RrWiIjAK8NqA/hHP7xVHb2G3HVvSdozA1OeZPIfM13vjchRt0dQLbLfbUpCi0gpwVKJG sfmKeTYCtZC5DP8A2e8fnUeZcZM1WjJbaUcJaScDyqxRKhWdoMoQqRJP71ST1/p5VLs2isf8Df6P uUDDsCUs6fsoVgn/ALetODi+9NjQpxjKdjqZGfnTjV9juA+K2tojl1z9KbU9aZUtDpXoeBG5GkK9 ahxT+yHKEH9GXdo4xYluJZuDaYziiAlwHKCfPtWmIrC3G1tTElbQQh7HMDZflU7g68uKWbRMJ1oB 8FSjuMc0H06VyZsCrVD/AEDTg6kayilKVfwn6UlcQwqLdIKblbX4ihu4n3DnGFDkfrUrtQMg5HOm m07QNWea8PTjbLuku7NuHwXtuW/9a9AIKSUnmNjWB4raba4imJaASCQogdDgf61sLK669Zoi3kkL LYHPOodD869PJ8kp+zgyqtybRRRWJkFFFFACjOrbA9aOZyRSV2QNtRz6Uxh7pzyA7U62FaBuKYAO qn286OQpopcgqSQMNoQk9DiuDJeWRlZ9BTWdzmqniec5AtBUwopcfX4QWOadsk/TamnKToVtuji9 cTswSphgiVJScKSVHSj1Pess67d70pS9Lz6ORS0nCB8q6sVqTcpCw4Slhse9jmonkAa2sdhuMwhl lIQ2gYAFb7Q/yd2Hp9W7Msxwi+r3pD7bRz9gaqlp4RjgjVNeI6jQK0NFTrkdiwQXgo/1Ugf8x7/y o/VSBj43v/Kr2ijUx9mHoov1Ut+fje/8qZXwdGUTiW75ZbSa0VFGuQdmHoyq+EHEn9hJSrP8adNQ nuHbmxsmOHR/8Sga29LT7jIfTQfBj7bdpXD4CXrUgnOdbqdK/ka0EXjW3v4EpDrCzzONSR86nLQl xBStKVJPMKGc1CkWW2yclcNsKP2kjBrOUMc95Iz/AKeS+rK25zGrrxVF8B1DkaIjWlaeRPMj8KqL zI9ovmUjV4BCcd8HNWr/AAk3nMSWps9PEBP4VVyLDc4uXC0Hk9VIVkn5c63hpilFGEsU1yjqwRv0 lxI17oCErLykjkEjp94Fej9a884busayS3VTYzoU6AlLmMFCeux51tYN4t09OY0tBP8ACs6T99cX VqTldbDhSO590g2wIMyQltSxlKeaj51lbJCgXbia6OLAkR0++0eQOTjNN8a26Wm7qmeC45HcQkJU lJOjAwQe1PcAtr9rnO6FBvw0p1Ebas8qcYKGFzi92hN3KmbFCENNpbaSlCEjCUpGAKpeJbAbw229 HUlEtoYGo7LT2J6Yq7KglKlKOyUk/dWQgccAk/pGLhOrZbP2R5jrWGGORvVDwXJrhknhCzzbdLkv TGvCBToSCfi8x5VAlu/pHjRxRAU1FSW8jy5H6mtfKmNxbc7NOVNIa8QY6gjb8axnDrWIUicskFSl az3Cd811dO3ObyMzlsqIPEckv3MN5BSwjSCOudzVagLcy2kkg+8RnbakW54rjry1H3yVA/PapTVu uHs/tbUdfhFJOrqU9dq7CUm+CM0tSF5bwSRgZrjGkkUiHEpxpUM9N9xT0cMF3/aVLDYHJA3NAluL HMZKtUhC1gfZScCrBEmzOHw3IjiEnmcn8ajPyYyHSiJEZcbGMKcQSo0yt9twFK4jSDyy2NJB+dKr NE9O2xpIHsvsiURHvEQjbOckVEn2sypQkNO+CvAzjuOvrVHHecjPJdaVpWPoR2NWIv7+vK2GynqE 86nS09jZZYSjUx8R71EVrizXHMbhOsnPyPOrG28ZOtPeBeWcYO7qE4KfVPam4U9iaP2RKVjm2rn/ AJ1GkGDdHFRlKDcpB0pWoYIx08/Ss5QjLaSCWONXBm6ZdbfZQ8w4lxpYylaTkGuZUhuHFeku/A0k rO+M46VhOHrs9Y7iqHLJ9lcVpWnOyCeSh91XXHU7wITUBChrfVqVg8kp/I1xPp2sij4Znq2MbKfe uExx9fvPSF9Bjc7D8q0U/iB60pj26GlsritJbeWsZ98DdIHlVFCcEXVNynW17rSTg5WR1HYA/WtL wdZW3WlXSagPKWohkOAn1Wc8yeld+VxhG3wjDTqdEGLxhLS6DLZbcaPPQNKh5jvWqhzY09jxoryX Edcc0+RHQ0zduGYFySpSUJjSdyHWxzP8w6isYRcuGbp7w0OfVt5P9/MVjFwyr47MmeKuD0Ciottu Ee5xEyY58ltnm2rsalVDVbHOFKT5UnSjGRSAXzzT7a8I5VH6eVPtqKUAA0xpjB2VWZ44V+xhJ3xq Ua01ZbjjOuEPs6VH55q8X2Kh9h7hFKRaVKzlReWCO3KruqXhID9EKOf+Ovb6VdVpP7Ht4fogpaKK k0EpaTIzjIzS4oAKSlooASlpKKACilooAKAcbg4opKAOHmGpCSl9pDgO3vJBP1qok8LW55QU0XI5 7pOr8eVXVFNNoiWOMuUUKWeIbPkwpRmM53bX7yj8jUiLxeI6izdLcuKQfeLSSRnzFW9crQhxOl1t LieqVDOamUYS+yMX0/8A4sYm8S2n2V9DUxtbhaOjGcEnp61AsvC1tl2ePIkNulx0awoLI2zttVVM 4WlJfUYa2ltKJISTpKN+XnVlCPENpZS20GZkZtICWlKAUPIH/WpeLTGsb3OdwnfyRO4zfSxZURUO pbL6gggn7A/sVmpc1iJaUwGVanwkBxaTlI7/AOlc8S3Y3ac0rwFsJYQUaFnfJOTVnZLBHSy1LkaX 1OJ1JH2U/wCda4Y9vGr5JUHklSIdm4cce8OTNBaaGFIaI3V69hWsThIATtjlRS0nJs78eNQVIiLt kFxp1pUVsJdzqITg+oPSs6vhWSJfhofSY5yUunmPIitbRTUmhSwwlyYO52iVa9K3cKaUcJcQds9j 2NN6EyoDj+wfjlIVj7aTsM+YrbXRLblploe2bLZ1HtWLg4RbpzqyRlKEpx9okmtIytHLPGoSrwQx jqaVaS2opUP6HzqVaoqZkhxtXwpb1ZqO4tehLKwP2Sj73U+WewqzCtrOEqUhaXEEpWk5ChzBqTcJ CJimn9Ol0oCXMbbjqKYCwGyjQkknOrqPKgtL0a9OUgb43xQG9Uh+Q97ZEQpzBfZOknqtJ6nzzTcq U9McQ4+rUpDaWgQMe6nlTNBISCT0ooTdky025y7XFqI2DpO7iwPgR1J/CvT22kMtIZaTpbbSEJTz wB0ql4StJttvL76QJMkBR23QnonP31e56V5fU5dcqXCNoRpWJvUW42+NdYa4snCk52Uk+82ruKmI Pvj1FeayrlNt3Ec9yG+tKvaFjRzChnkRU4cbm3TpoJOhE+28LXopcGcfF/C83nmP751tvb4ZYYfE hAakEBpSjjJPT1qveivcU2AOSonsk1sksqP2tu3MA9qxLjzxjpiPKUG2VK/ZH7CjzrujWXnlcnPP HbPTjtRWW4d4jJKIVycJBwlp87nyCv61ppDzUVlbshaWm0fEpX986ylFxdHO4tOjO8S3edbb0x7O oBnwQotqGUr33qXE4wtimEmQh5l3qhKNQHzqmv0mFeLxAMVwuI0hpfulP2s/gTWrFjtAJAtkbAJ+ zWr0qK1I0dJKyQdqy/HHwQvVVais7xsjNuiOdQ+U/wD45qMf3RMPsHCX/pCv+uv8quqz/ByyYkhv OyF6vrWhrSf2Pawu4ISoj7itYSo6QfhHLNTKafYakt+G+2Fp7Hp0qTR3WxDKc5z1pAgjOFq7c6iS YV0g6nIT/tbI38F4++B1wetR2b/FKy3KbdjODmFDO/4iq0vwZdxLaWxaB59JGFZA6Ec6eTLXj3m9 +4qOy62+nUytLg/lOcetdnIOCMVJomSUyUKONx612Hm/40/WoVIUBXlQFlgFJOMKT9aCtI5qSPU1 WKa5Y50eER1oHZYl1AO60/8AkKA6gnZac+tVpQrvmuCCNjToLLgEHkQaWqbODtXaXnU/C4ofOigs tqKr0znARqSkjrUpqS27j7JxyNKhj1A3UB3oqn4iukm1pjmMpoKdKshYyQANiKaVuiJyUVbKVyIL vxHMaS6UKKVFBO41J2wfKpvDXjQrpNtrywdA2AORkcyPlXHCUR9U52esBTS0KTqzklRIJ2p63qD3 GE1xjCm0BQWobjOw5+taN8o5ILdS9s0VFMzXjGhPvpGS2gqAqpj8UwFtJMgOsuHZSQnUB55rNRb4 OuWSMXTZd0tcoWhxAW2pK0K5KScg1y86llGpZ9B3pFWUfFcia3FDLbQER33Vup3JP8J7d6zCA88l LDaFrwSUoCd8mtg44pxZWrGT0rn8+taKVKjnnhc5XZCtMJUKMvxMF53c9k7bCqyVaHGIi5CndbgI KkAbY6nNaCo9wWEW6QVbAoKQfM8qFJ2OWKOmvRnY7LciO8kFQlJ95sDksdU+vWmErUlJ0LUAoYOD zFSmGHGoP6QaUQtp3GP5cbn8qYfA8ZSgUkL94aRgb+XStTiapI5VoyCjIB5g9KTkr3TyOQcZrppO t9tOM5WkEd96cnISi4SEJSEpSsgJTsB6UyTfcN3tN4ilLoSiWyAHEA/EP4h5VcV5bbJrlsnsTWzs lWFDopPUGvUkLQ4hLjZ1IWNST3HSvK6nFola4ZtCVoqL3xDGsy22lNqekLGoIGwA7k1R8Oy27hxg 7LDIRrYWcHfB2qbxVw7JuElE2AAtwJ0uNlWM+Y/pUfhGyT4dyVMmM+AgNqbAUdyTjpWsO3HE2nvR LtyJ3Ft7mWtEdEQJSp0nLqhnGOgrEy5js2YqW4EB5WMlI2JHXFeoTIMWe0Gpkdt5CTlIWOR7ispx VZ4trtaHYEZLaVOBLrmckdh6Gn02SCqNbhNPkqHIsdc22OxSMS9LimBv4RChtmtFxlDkTIQcjguJ ZWVrbSMk/wA3yrPcLJ18QxAr3kI1KAPIbVvAdxvueQ71vkk4yRyzdNHnNoaddu0VCGVqV4gOnGNh uedem5BJPc5pkqOMbfSnWj7g2rKc9ZMpahmqXjBvxLHrwT4Kwvbp0q6qHemTIsk1kblTW3yIP5Uo upImPJmuDnAmVLaPNxCSB6E5/GtTWI4ZfDd6aUeS0KT8yNq3GOldGRb2ez0z+FBRUOddIdvyJL2F 8tCRqV9Kz8viqS6oohMhoHIBUNSj5jtUqLZc8sY8mrJCRlSgn1OKqLrLsbyCma806sdEfHn1FUrN out1HizJCkIUMhTxyT8hVlG4YhN4L6nHlDsrCT8qtQryZ6smTiP+zMvhht4+xOveEd8q91XzxT7V 2ntDCJBIxjChqrWN2e2tKCkwWSRy1DNU3E1qQxifFQlttRw62gYCT0UOwPKtOTGWHJjWojI4jlJ2 Uwyr5kU+OJc/FER/2rNSeGE2m5pECdBa9rRlTbgGC6Ox8xV4rhKzKVnwXEeSXCBXNPNCEtMkTHJk a2ZnxxJGx7zDufLFOJ4ihEZLbyd+WKLlZIDd/j2+IFoCWy4/rXnI6AVnpIaEt4MZ8ELIRntWsVGS tD780aL9YYP8L3/jSG/W9RwQ4PMpqDwva2brcnG5SVFhtsk6VYOrbH51qP1Qs/8Ay3v/ALprLJkx 43TGs2RlP+l7crA9oCfUU6mZBcOETGSe2as/1Qs3/Le/+6aRXB1nVyElPo7z+6s/6jF+lrNP0iKl tKhs4gjyUKPC86eVwXbN/CdlIyP+Zn8qcHD3sjS3E3OWpLaSrS4vUkADPKjv43wylmflEWRdW7ZG KpB1KI/ZN53Uf6VUW22v3yU5cbnqQwoZT0Ch2GeSRVfEXHmTVy7q+fCT7xSASXOyQOgq5Llw4iUW mk+xW0faI3WOg8+XpXVWkhz7j/8AhBjtOm6uR+HpLvgKGl11XwJ7+vrzrUwITUCKlhnJx8SyN1nu a6iRGIMdLEZsIbH1J7mnxsRms5Ss3x4tO75OHC2E6XSkBw6ACfiJ6VSucKQVIIbcdbUeR54qBdZE yJemVy3PaIzDgeShO2B5juO9aaLJamRkyGFBTSuvbyPY06ceCU45W1JcGRZduHDMvw3m9UdZyU/Z WO6T0NXy5LU1puVHVltYx5pPUHsasZMdmXHUxIbDjauh6eY7GssuK/YJ/V6E+dKT1HbPmPvp2pf5 Ek8T/C1oo+dA3PnUnQcPPNx2i68sIQOp6+QrPz5rtzdQwwgpbz7qScFR7mu5znt94bjqcCWEq0Ak 4A7mmbpb/YXEAK1NufCTzHcVpFJHHlnKSdcIs3kNRrY7bdWXvCyM/bOd8f30qgB2p5+S7JDIeXqL KdCT1I86ZqkqMMklJ7Ey0Nly5skckEqO2eQNR5C/FlOu/wAaiasLUPZ4MyaU50p0DvjuPnVUAQNz k9TVEDikpMbcnXrx5acf1rf8Nz2/1ZZflOpaQyS1rUdgByrDuNpRamlnBcceyCDyTp5HzzV1AS4v gOaMZSl4q39RXP1EVKKT9lq4s2cvUuC+WXMEtKKVpOfs7GsDauKrnE8FDzwkMZGUu7kD/FzqfwxD u6YYktPgW1ba9balZx7p6UnBNtgXCE+uXGQ84ytOkq6AisIwhjjLVugbcmqNvscHuAaRxtD7amnE Bbbg0qSeRFUvFF6es0eMqMlBW44UkKGRpAqAjjVtdvkLLBZloThpOQoKUevkBXNHDOSUoluS4ZQs LZt/F2Yh0sNvltAzkYO2Pvq145DiXLe22V5OvAQdycjHKsrlSV6iohYOrV1BznNWdkffncQwS/IX IKHdfvnVjqa9Rxqpejma31GhZuk+22cv3llPiDCWBnC3T2UOQwN81HTxoAnHsA/8zVzdrc1dYSo7 h0qzqbc/gPeqFPBUgja4M4/6aqxi4P7GcdL5NVRjOR1IIHzGKKj3GX7BbpEzR4hZTqCc4ycgD8ay XOxmeetpVbbolK/iiP4UO+DvVndeJpEnU3DHs7J2Kvtq/p8qqnnH50xbqk+I++rUQgYyfStLa7Cx CR7RP0OOpGrBPuN/1PnXbSfJ6GJTkqiUttskq4KDqstNKO7qxlSvTPOtNCtsG2aVI0+Kr3fEcIyr +nypsX6EuLIkpLi0MKCSNOCsnlis2RP4gnKUE6inpnCGh2/vnVG60Y607s0U3iCDFUUpWX3BsQ3y Hqagt3+4zCUQraFEDJO5xvz7VLg8OQoyUl8e0ug5JV8PyFW4GlAQkaUjYJHIUjZRyy3bop2P1gW6 EveztIwSVEfdVmwhwMFEpSXioEK93AI9KepKDWMK5dmJukByz3BBZWpKM62HRzHl6itzw3ekXmIP EKUy2sB5APP+YeRqJcITdwhrjuHGd0q/hUORrJojXWzyPam21NrbCk+In3hgjBrHNiWWP6cOXG8c rXBZyZKlybvclOI91RZaJHPTsMfdWbGw++pBmrVbUw8DQF+JqHMnzpjSVkNp5rISPntWqVKjmZu+ CYns9mVIUCFyXCTkdBsK0NNQ44iQmYw28JAQfUDenutePklrm5HRFUhPlTMqVHhMF6W8hlofaUef kO9PqUhCStxQShIypR5AVgWkSOMr64pxxTMRnfTndtGcADzOOdVix67ctkhSlWyLR7jRDjvh26A7 IV0K87n5VPt1ym3K2XFU2D7JoZWE8/e9096soMGJbmy3CYQyk8ykbq9T1pm+yPZrJLdJH7sp3/m2 qtUG1GERU+WzzeNAek2t+YhSA1G0hYJ94+layHxDEcgx3JB8HUS2oge4lQGT6CqO0twXYLMaa+60 FqLgSg4Cynbfz7VaW5TN0U9Ebt6Y9ubSNQUnClL7g9DXpy35KxXHjyXjD7UhvxGHUOo/iScinKys eUnhiXIjPsrXHeIWh3O5xkVNtV7fud3U2hCW4qUE6SMqJ75rNwZ0RzLh8kq9Wk3JDamnA2+3tknA UnmUnHnVTHsV3iSC/FfYaUdygKOk/KtM4tLaCtfIffUB2W6vISdCc9OdJSdUOWKLdk9srLSS6Epc x7wSds9cVFlyUqQWkYO/vHmKilxwjdaiPWuaVGgelNyXjGjOPjmhOUnz6U6ATTFxjqdtz6U8wnV6 43prkUuHRl0sOORXJRAKA5pWfM70/wC1l62KiuqJU2pKmydzjO4rjxCbX4aNk+MFLHUnTz9Kj1vy ebdcBRgk6UjKjsB3NLVhZIwdkqkuj9gwNSlHoeh+VMgcuuIkKLATuQNajn7vrVVT0qQqXJW8rko+ 6Ow6U1QMTG9W0W+uRbE9akxm1Ie16nCo5GrsPKqttCnXENoGVLUEgeprVp4EdyPEuKB3CWzWWScI 7TGk/Bl2pUhhBbakOIQeaUqIB+XKtLwfOYt1ouEiT7rKHEgEDdZI5DvV6jhezobSgw0r0jGpRJUf WnLlY4860i3MhMRtKw4gtp2SfT51yz6jHNaaLUWtyilXOHxFebfEYQ6WyVawtI36n7gagLg239KO yo6FItsYZwDqCiOuT0P986bmWabY5LYZfackPApQUbKQDtkZ75xUW5EQYzdrbI9z33jnOVds9q6c cYpJxexDfsjwEl+5sJCCsrdB0gZyM5/CvRhHjsvKWyw02dwFIQAcdqzFiiM2i3m93ApBcRhhGMqT 6eZ/CmmOMZIeBkRm1MnmlsYUPn1qZpzfxMJJy4NfTqB7tRYspibGRJjOeI0vkcYIPY9jUpvGgZrn ZkNUhSFpKFAFKgQQd9iKWigDAICuHuItK8+G0op1Ec2z9r6VacWvOJiMNIP7F45UoH4tsgenWnuM 4HiR2p6E+82Q26c80n4dvLeodmjqu9jfiyHchl0BlRGS2cffXbCWqNnoYZuUXBeSttFpcujhypTU dHxOAcz2HnWxixWIbIZjNhtvnjnk9z50sZhuLHQwynS2gYA/OnKo78OFY1+hVbeLyzbEaE6XZJGz edk+aq6utxXGAYiNqelufCEjOjzNRLfw800rx7ir2mQo6ikn3QfPvQKc5N6YHNhlXaS8p2SgriLJ /aLGnSewqwmXeBDKkuvpU4P+Gg5NNTYU+evSuYI8bl4bfxKHmaSPw/bWB+4Lh6+IrI+nSgmKyJUv /ZXPcVnJ9niDT08VW/3VOsl7FxU4y+hDbyRkAHKVp7b9amC124DAgx//AAp1u3RWFJeahNNqTyWl GCKAUMqlcmZG/W/2CeS2khh73kHGwPUUxaXo8e6x35iVKYbVqUEjJz0++tpNiMz4pjyE5QSFApOC COuaopfCxCFrhv5IGQ251/7qHuqMMvTyTuPBsbddYl2aW7Ed16DhaTsUnpmped68xsN1NouaJCs+ Cr3Hk4ydJ647ivTUlKkpUk5SoAgjqK8rPi7ctuDOErIHERP6vXHA38BVVXAKEixPObFSpBBON8AD ar6bFE6DIiFWnxmyjUemayvAszwZMq2OnSokrQnuobK+4VUN8MkhPaRscDtWa48lpYsyI4+KQ5uP JO/41pdqx3GYEi+W6Id0kBShnmCcH7qjpleRDnxRULtyZEqBb0PttSFt5BWdtStwDjkdqlxLjcLH KEO8suJj/CCpPweYI+Lzo4ptLxlKmxmy7GWkIIRuW9O30259K6jcUx5cI23iNoyGhsl9P7xB6E9z 5/jXqqpImTlCVo0ulp5oZS280sbHAUCD2rOWyN+jOLHYidmnW1Kbz1TzH51W22+foh5bDLxlQdR0 hQ0qx3Hb0p66XeJMusOXFUrDRTrUpODpzv8AnUKLTaNpZYySl5RpLgo5bR03PzqJUi4PtKeaSFpC lgqQk81DyqPUHWFA3qPLXJQgGK0laid9R5CoaY94nLw68iM33Rt9wp0RKdbJFshSC6W0uoU4BqKQ c4HepCSQoEcxUWDBYgtFDIJUr4lqOSo1W3m4PrlC3QSQ4ThxSeef4fLzpVb2FKelWyuu7DUOYtMZ 5KkOglSAc6N+VQMitTDsUGI34kopcKRlalnCB8qblzLAmO82G21OaCEaEYyemDWil4RzSwvlujOI Qt1xLbaSpazgAdatrk6iDb27XHIKle8+vPM+XkfPtSxW2rNEVJlp8SU6nDTeeXr+Z+VVIDsh1SsK ddUcqwOdaHOcchXS0KRp1bakhQ9DyqwRDYhwUy5qVF5e7TBOM/4h2qLCivXKcGWQnWs6lHOAkdTS spwapeS24MZYdvyVPKwtpBWykn4lcvw3r0Dc15rc4Eiwz23461BvVlh3O+RzB8/yreWa6M3eAmS0 NKx7rrfVCv6dq8/q4NvWuC4/F6WTqalSmYUVyTIVpabTlR/IedOjfasfxTNXdLm1ZYqsNNq1Pq6a h/8A5/E1z4cfclRUnSKwXF14yrxLxlxWlhroe2PLH51Gs0JM+a5InLAiMftZLiuR7J+dM3KUJLyG WcIjMfs2x081H++VJJ0KcRCtwcdCikKI/wCM53HlXr1SpHOydLkSeKb20xHCkNcmknk2jqo9M4/I VoZnBUFcRKIbq2ZCB+8VuHD/ADD+lWHD1mbs0EJICpToBeXz37DyFWtedl6h6qhwjWMEkeb2+XK4 au7jExtSWycPI6EdFit+wpLrKHGlBxtYylSdwR3qDxJZU3iAfDAEtkFTKu/dJ8j+NYmBe7tbo3s0 V5TbaVE6FIyUnqK6ItZ42uTDJj3PQKKKKyOcreImFyrDJQ3nKdLmB1CTk1m+Frg0wpUNwK1yXAUE cht1rcNgFxIIBBO4NecxymLxAhQACUSTgc+pH5104Xs0dPTzcZbG3opVAhRHUUlanuCJSlKioABS uZxua6oooCqAeVBGOdAzzANABJxzNAACUnajJOcqOPM7VUXLiGJCBQ0faHttkn3R6n8qqFm+XrbQ pDJ3A/doUPzpmE80U6juy+mXmBDylbwccH/DbOT9eVQW+Ko5eAXHdbbJ+PIOnzIqPG4Tc1YkyEIS N8NnOfnVk3w1a2wkkPOKHMKWcGjYy1Z5PbYqOIIDf/qcJSHI7n7zRuAe/wDWpHDvFH6Nj+yTUrdj p/dKR8SP5TnpV7HgwYrLjDEfQy7nWgq1as9zUZ6xWpzcRig55IWQKicYzVSRMsEm9SLCPxVZn+ct LKv4XAQazvE7Ag3qLeIK0qakOBRUhX2xzG3Qim53DHhtqeiyAlA3KXjgD/urOpAAIGwzy6ZrOHTq DuLOfIpR2kepXC6xYMByY4tCsJ1IaCxlRPICsfZGZF4vLt2lbJSonbONXQD/AA86zukZ1YGe9bbh hxtyyNJb+JslLn+KlDCsSbXJeJa57lQqTduHpbutBkMPLK9wdCieZGORqbH4ggTFoaetqkuOEJz4 YIyT3xmtB0IPI8x3qOZDEZRQhOkjYhCcfKq1J+DoWJxez2GHmoTCykxGyR2QKo+IY7UhEcRIgbcU tQUWxzyOtWji1OLK1cyfurnOMjNJbOy5Y4yVEC+pTIuFrabJ1pbCAU88g8z25GrEaScmuUMoLxcw A4Rp1dcdqdSgDzpthGOltipQM5xXY2oGO1IedQWKOSvJJP3VQcMjxpEqWv3nSBg9sner9IJOACSQ R9RVDw/mHc5UBZwvkO2U86uPDMp/eNiX50yJ7MJalJYbGpwJ5k/3tUu2sy0tNPMRIjDZOtDa0lRO epPPemr/AAHnFomRgVqbThxKfiPYimI13nJjhhmItbzYwFY5eorSLVHLmjLuOwhRV3C9SG7knKmR koSdjk8vSoT6lWe8OlgD3QdIUeSSKvrVA9gYddkLCnnPfdX0SOeKr7M21cr4/NfQkxkEqCHOpPw+ uKV236LeNxjFeSDFgz7zILg1HPxPOA6QPL/Ktha7c1bIvhNbrJytwjdRp32phCAlJGlPJKBsP6V2 0+h7OjO3MGolJs6MeJR3e7ElRmpkZyO+kKbWMeh6EeYrHMuTuF7xkDVgbjkl5H9/SttUW5W9m5RS w+MKG7axzQe/p3FJPw+BZsWvdcnc/iOKzYRcIygtbo0NN53C8bg+lY51fsMEoBPtksanFZ3CM9eu TUZ2M5bbgG5jIUpshWnOAsdCD2pp95ciQt505Ws5Pl5VWLFHGnRwSbb3GzpSntitrwdYjGQm5y0Y ecT+xQRuhJ+16mqrhSxC5P8AtktB9kaPujl4qv6DvW+6bbCufqs1fCJUI+WHejpS0V55qHWqW4cL RbhLXJ9oejqXupLQGCep3HM1dV0jlVwnKDuIpJMgUUUV1nmgDg5HSvP+ImRE4gkhGdOsOJP0P416 BWL4ycbXeEISDraZ0uZ75z+FbYX8jTHyaVt72lpEgcnUhY+ddVUcPTUrs37VW8bKTtyQOX51Ot05 q4xEyGsgE4Uk80nsa6T3YTUkiVTb7qI7K3nlaUIGSfy9acqE/EMyWkyP92Z+Fr/mK7nyxtj+poKk 2lsV8eNMvEkyZa3I8QY8JlJxr9fz+6nJKZd4HhRVmLbxspw51O4OMAcwNutXPPnQTk5JoszWHbd/ 5K6BZIMDCm2/FcBOHHACfpyqx/vFAGTgCuUOIczoWlWk4ODnB7UGkYxjsiDeprtugeOy2haitKPf JwM9azquIbkTkOAeSU5q14qmstQhEJBecIVj+EDqfyrPQJrkCR4rSUKyMFKxkEeXag4s+R9yk9iy Y4oltpw+w252UrKSa7XxW+R+zisg9yompjd7s0psJmx1IUdsFrWB86nRYVomoWuKzFdCACoJ5j1F AJyltGZl2mbjfJGrWtwZwpxRwhI/OrdnhVgJHtEpxS88mwAn796vm0IbbS22hKEJ5JSMAfKqe+Xw QMx4xSZP2lEZDX+dBbxQxx1T3K6/Qbdb2Utx9palA6c5wnqT2quttyetkrxmfeSdnEHkofkaZabe mSUNoJcffWEgqPxE9zW9jW+LFjojoZQpKRgkp+I9SamUktjCMXklcdjqFOj3BgOxnAoHmkn3knsR UBaFIWQv4qr59hMWWH7W8qOSDgauR9egpsTL0ypKJMZMtCeqAMn/ALqzpeGdKySX2RZUVVOX0jcW 5SANjl3P5VwOIU5/3QnB/ip6WHeh7LpKc08kYqgHEuDkQhj/AB4pDxFIX+6ipTjn9qlokHeh7NDS c6z5vF1WMsxgfPws02Xb9LBGlxoEcwnRn0NGhh3l4TZZ36WmNALaHdLzhGAlW4AIyfKkuMRF1S3c ILwRJGNBzzHY+YrNOtLaeWh3BcB94g53rkKKM6VFPfBrRRrg53ntu0aZu8hlfhXFoxnk81A5Sfp1 p9d6trKStMpKj2QDk1SWexzb0rU1hEcHCn18h6dzW3t3DttgR/C9nRIWr43Hk6ir0HQeVYZcmPG6 8jjnyNGIu13emoDSWVsMKP2gQV+vSp1umW9DCGGHPDO5KXPiJ7k8q28qJGmMeDJYQ610SocvTtWa uPBDLmV26Qpvb906dQJ9elRDqYS2ewtc1LVyR35TTDzKFkYdOAsEYB86lNOFpwK5Y51l7naJ9rCU zGdLRPurSrUjPbPera0ThKj+E4r9u2O3xJ7+vet2k1aNcebVKmafY+lFRIT4I8JR3Hw1MrM6iHcr dHucbwnxpUn924OaD/TyrDz4T8CSqPJTgjkocljuK9DpidCYuEcsSUFSc5BBwUnuDVxlRhlwqe65 JljnQp1saVbwENtJCCz1aPY/161YV5s9HuHDE9MlhwlsnSlz7Lg/hUK29lvcW8sksnw30DLjKuaf Mdx51w58Di9S3Ryp1syx6UvWjpRXMUFdJxiua6TypoTIFFFFdp5oqE6lhPc4rzi8SRMvEuQAQFuE YPlt+VegynTHgyX0nCmWlLB8wK82ioVJksthKlqdcHup5nJ3/Ot8K5ZrjQ9DmKisS2gCUyW9BweX nVtwehYclLyQyEhOOhVnn9KicSWn9EXVTTWr2Zz3mSTnbqnPXFXfDLIasyHN8vqLhHbp+VbqSkrR 3dOm5r8LWil5mig9ISgkAFSiEpAySdgBRWXvE+Rd3VQra049HbP7QoHxnpn+WmZ5MmhCz7pIvMoW +2ZS0s7ubgrA5k9k040JK7gm2Wp12PHjAF55Sd1HqfyH9KsrJaxbYxLmDJc/eKByAOgH971ZeVFm McUpfKT3I/sMT2oyvZ0KfI3cVuT09K7kxmpcZyO6hOhwYOE8ux+VO0UWdGiPFHn8uK7ClLjPj30d eih0I9aSNKegyEyoqy263vkdR1B7itldrW3c44BOh9H7tf5HyrGSGHYz6mJCC24noevmPKmeZlxP G/w3+pT0NDrTiEqfaC0qTuEEj8qoE29mxw3Z0spkSzkN9QFHqM8z1NWXDqkr4ehYKdQLgVjnnWef yrN3q5OXJ9LCAAhtwhvHUnbc0HROa7ak+SdwnBU8+u4On92dKdtlKPM/KtVTFviohQGYyBjQPe3z 732vvp8Vzyds1xQ0xobkIC2SDzG4qBjA2zVi7gNqJ5AVBqTRjYT/ACA/IU2/LjQ9PtKm29Ww1IG/ 3VJpt1ll8JD7SHAk5AUM4NO/ZLutiGb1beSXUqV2SznP3VIZlofUA2wSCM6tAAp5tCGBhltLQ7IG BXRUVczmnaBKXlh6bVCu9w/R0UKSf27mzYzy7q+VSH324zC33lYQgZPc+QrO29KL5xG0Jqiltwk6 Rv7qeSP86EvL4RnmyaFS5ZIsnDEq6t+0yHTHYUchSk++53Iz+daWFwnaojgcWhySocvG5A99qvcY wAMADAHYUYrhn1E5vmkcqgkIMAYAAA6AYFGaXFGBXOWJmilx0ox50ANvstSGVsSGw404MKSa85ut ukcO3RBQdbROphw8lp6pPn3r0mszxzLjotzcJQC5DiwtIH2EjmT68q6umnJT0rhkTXkjx30yGW5D JISrfnuD1FW0d4PIz9obGsVZ5oiyPCcP7F0gE/wq6H8q0qFLYd1DZQ2INdso0deLJrjZbUVw04l1 sLSRjr5Guqg2OXW0PNKadQlxtYwpKhkGspc7PJsz6bha3XA2g5BTupr+qf7Na2lBwdjTUqMsmJTQ zw9xExeU+E4EszEpyUA+6vzT/SrqsJfbEttz2+2JKCj31NtnBSeepP8ASrbhrihNxKYk9SUyjs24 Nku+Xkr8a5s2DbXDg43cHpkaSnE8q4xiukjauQbIFFFFdp5pU8VPeDYHsc1uIRz6E71muE2PH4ji EcmiVnbyNWfG7w0QmAeZUpf5UvATBVJmSs7JQGceZOc/dWzenC2dGJB/9QlYct4zySs4qwtSdFri p/8AjFU/H69VxZb/AIGtX1qXMuQtNnjhGFSFtgNpPTb4iOwq+nVYoo7cMlGUpMa4ju/sza4Uf3n1 p/aHPwA9PU1dpGG0Dn7ifwrHWKAq43AuurJQyoOOqPNajyHzrZ1szfBKU25s4daQ+0pp1IUhQwpP cUNNtstpbabS2gDASkYrqikdNLkKWkpaAEopaKADc7Vm73KTPgzChtCkRHEhLo3JycVo1IDiC2pR SFDBI5isnboLyrbdouj3ykaQOpSon8qaObO3tH2WlndZi8FrkpcQh9JdVg5yo5wBWfskUy7vGZSP teIc/wAu9WF1U3C4dhW3wimQ4fGWorzgc8Y+f3UvCrB1TJuCSy0Q2O6sZwaJOkclNyUfRrlkqUVH qc1zvnlUa2S/brezJwkFQwrHLI51Jrn4PQi01aOXE6kFPLNQ1oLZwoVO2piQsaSnr+FAyPSUtFIk TzoAz5edLjJwKob5dUqQqHFXnP71ae38I/OqSsU8igrZCvFy9ueDbRIjNnYZ+NXf+lQz40KQhZSU PNEOJHmNxTewAq64hjFtiA+cZLfhHHkMj8a3pLY893O5M30KU3Nhsy2jlLqQrPn1++n81k+BJxcZ ftyiSW/2jQ6BPUfWtXXjZYaJuJcXaDnRSUu1ZlBvSb96XNA3IA50AMTJTUCG7Lkq0tNJyT3PQfM1 5fOmPXCa7LkfvHDnGdkjokeQq34tvIuU32Rg5ixlHf8AjXyJ9Byqqt8B+5zURIwGte5UeSEjmTXp 9PiWOOqXJhJ2zlmFJkxZEllorYjgF1Q+zV3Zp3tUbwnFZdaGM5zqT0NbKDAjW+EmJHbAaAwruskb knuawF2gucPXseCCWT77OTzSeaSfLlThmWVuP+jSDeN2aBl1TLmpPzHcVZtuJcSFIOR+FU7TqH2W 3mjlC05FONuKaXqQfUVTR3p+S3pKaZfQ8cJB1Y3FO1JQhJG4rPX6wpfSZcJAS6kZU2kYC8dR2NaI 1xy51pB0TOCmqZTcMcUq1t2+6LJzhDUhXMHlpV+GasZnGMKLKcjojuveEooUtKgBqHPGapeIrGpz XPip1KOS82Oo/iH5is+y60hsAthXnUvp8cpajzpqUHpZ6bRRQNtzyAya5zgMNxa8Hr8sJOQ20hB9 etaPgdktWRbpSQH3daSeoAxWKucgP3GZJTycdUtPpXpVkj+yWaExz0tj79/zq+penGkdmJGM43V4 l/KDuAwgenOqaQ8/NleI6ouPOaUg/cBU3iN0PcQzVBWQlzRkeVTOFoPiSFTnEnQ1s0c49/qcdRiu nEqgkVGLnLSi+t0JNuhIjDBUN1qHVR5/KpVJRVHrRSiqQUUtJQMKWikoAKWikoAWqm2YTfLsgJAA UCD3q2qviI03yef40JI+o/rTMpreJneJUqF7dyokFCCnPTblV/w+yI3DniZ/eoW8ry2P9KoOJHkv XlwJIKW0JTkd8b1oIcZcvhSJGZXoU60EqVjknJz91TPg44/8kqF4WSpPD7AWFAlS1b9idsVakhIy ogDzOKhSrhAtbSWVvJBbSEoaByrA2H4VRyuJ0KWAxHL2dh4mU49AKy0uTtG6nHHFJs0C5GvZoHfr 1phRCQStSUgbnUoCs+hV/nowhsttHkvQEZ+dOI4YmPZEyWkD+U6/xq1jfkO639Yk528QGgcv6lDk lIJzUJ7iVlP7qMvPdahg1Ja4UipUkuSXXEA7pwE5+dT2rLbmfhjA/wCMlVVoiFZpekZaVepcxtTf iJbbUMKQ0dlDzppm3vuwHJqAPBbVpOeZPXHpV7f7Wt9+G3BjNoQr3VqQkDBzzPlirZyK23a3IjKf 2aWVITn0PP51Wy4MezKUnqfBhUJ8RxtH8Sk/jWq4tSDbUr6odGMee1UXDsYyLswCMhj31g9ht+Na Din/ANDX/wBVH40xYo/2pMyKVFKgpKilQ5FJwat4HFF1hqTrfMpoDHhu9vI96gQIL1xkKYjlAWlG s6zgYpydaZtvQHJCElsnGtCtQB86mUIy2aMFGValwei2y5RbrEEiIvIGy0n4kHsal15VBmybdKTJ iOFDg59QodiOorTNccnJ8a2pT/hcJ/KvPydLJP4botT9mvrPcXXn2CL7FHV/tMhJ1EH92j+p6Ug4 ztxiOuBDqX0JyhpSNlnpg1iJMl2VIdkyV6nXDqWeQ/0p4Oneq5rgUp7bDYB91CUlSicJSBkk16Nw 3ZRZoSvEIVKe3dI+z2SKreD7H4DabnMbIfXuwkn4E9yO5/CtVR1Oa/hEIR8hVTxNav0ralBtI9oY /aNbZJ7pGO9WtKDggg71yQk4yUkaNWqPNLFMLT/szhwh0+7k40qq/wDuxVPxZbBb7uVtDSxJ/aI/ lVncfXep9slibDCycut+64Oue/zr1bUkpI0wT/6MlAkHKTgjqKmx5eohLuAeQI61CO5pMd6R0luq ufvqHHkLThK90d+oqdzAIxjy6006KTE86qJHDEaQ8p1paWUqOSkA4z1q3I+XU0qTtzqlxsROCmty TTM2QIsCRII2bbUfux+dPVT8WP8AgWJ1H/uFBr58/wAq5oq2keClbMPDjqkPx4o+J5aWx6mvWVnw GFEkBLTZ39E/5V5zwxGVK4hipTgaCXd/5a1fGVyRFtLsZC0l+QfD0g5KBzJI+750dSnPJGCO2LpN mCT4k6SNA/bSV7Z7mt7EjNw4rcdoYSgY9T1qg4Ug5W5PWNk5ba8z9r8q0tdp2dLjpan5CiikpHWL SUYooAKWiigBKWkooAWmA0GZL0sK5t7gjtvn7qZutyZtkbxHSC4rZtvqo9/QU1OffjcOrekke0Fo Be2MlW3IeRpmU5x3XoxjjhdcW8c5cUVn5nNaKPAv0qGxFLohxkICQBzUPMDfNVVstU6aEuRW0pSj 4XHdkkj8auf0PeF+8/cihR5hCjj60zgxwb3aY7H4YhMqBkrU8sc0qOE/TnViw1AijSz7I1kYwFp/ M1VHhkLOpy5yVqPMkDP41FmcN26I3rk3Msg7jW2Mq9KDo+UFaijQLnRGxlUlnAONlg0y5eLc38cp OPLesOtDIWQ0CpA5KWkAn5UmwIAHPoKRm+ql4Rtv09av/dj/AMTR+nrX/wC7H/iay8e0XCTjRGUg Hkpz3RRNtM2A0HX2klvOCpB1BPrRsV38tXRqP09av/dj/wADUuFMjzW1OxHQ6lBwoY5eo7V5/Uu2 3B22S/HaypJGlxsHGsf3yoFHqpX8uDYQLdHt6XAwCS6rUpStyfL0qLxMM2J3/qI/GrFh9qSwh9hY W04MpI/D1qNeWvGtMlI6J17eW9Hk6pxXbaiUHCQzdHz2Y/8A6FaSfGbmQnY7qkpSsbKUcAK6H61m +EP9+fV3ZH41oLrFTNtj7JB3TqTj+IbijyY4V/ZMKQpBKVY1JJScctqv7VYYc+3tyFvvhRJCgkjA I+VZ9OcbjBGxHY1r+F8izgb7vLP4UM5+nipTpopLxZ3LaQ6kl2Mo4C+qT2V/WolvcjM3Bh2ayp6O hWVoT1/qPKr+6XpcWc9CkREOxlJxnO5SeuOtZtLfiPpaZJIWvS2V7E55ZoatUTkjFS+Ju/1ytX8L 2ANsJ2rj9c7Zj9zIP0qnTwojPvzV8uQbHOj9VE/+/X6eEK5v6bEadrL6LgcaWwkBTMhI6nY4q9jS Y0tgPxn23Wj9oHl69qwsrhhxtlS48kvLSM6FICc/OqRhD7uURkukq3UhvbOO4qZdJB/V0RLXB1JH oHFkVmbY3f2rfjMftG/fHPr92axFpmCHNQ4v9yv3XAegP2vlTS4ExKStyG/pSMlSk8vOmOnetsWL RHTdkNtSs3YCSnKCFo6FJyKSsVGlyIawqO4pvyI90/LlV5Bv6HSG5iUtLPJwfCfXtScGjrhnjLZ7 FycHY09Gc0K0KPu9PKmAcpBBCkncEdaXpUnRRPII35V0j4ajtOa077kVISMpBINWgfBEul9hWtQb cKnnyArwm+x7nkKyN3vsi8BDbiENstqKkITzzyyT3xRxGAL0rAAy2gnz2pL0hDctoISlILQOwx2q oY1Hc8ZQSGrdbp9xU6Le0pxTYGvSvTgHlvUUsOCR7Pg+Lr0EA6t84rVcHKLdruq0EpUE7KGxG1Uf Du96jE7nUo5+RpRm3OS9GqVtGwiRkw4rUZAThtOklIxqPU/OnqTrS1Z66VKkFJRRQMKWjrRQAUUl HWgBaYmTGYEVUiQrCE7ADmo9AKfFZXi5R9vjJydIaJAztnPOmjPLNwg2ivVcPaLqmbPQXUpOQyDt gck1o4ceVc0iTdMJYV7zURIwMd1f39KpuF20OXpIcQlYDayAoZwe9bA/nTOXp4a7cmU92iybhPjw ApTMHRrcKBsoA8vI9vWpLMeFZIriwstMk5JWrOT5dzU/pWQ4rUo3hCColKWAQnOwOedI1yViTn5J E7iZ15RZtrSk521kal+oA5VEYstzuK/aHzo8TfxHlbn/ALedaDh5ptNrS4lCQ5qPvAb/AFqyJJNB EcXd+U2UcbhiI2AZLi3l9QNkfSrKFb40BKhGaSnUdzjJqSOVLQdEcUI8ISjAIIIBBGCkjII7UtMT CUxHCkkEdRSLfBmb7ZFQCZMZJMQncY/dH+nnVNT9xlSFTS0X3S2oAFBWcH5UxVHk5UlLYn2m6u2x 44BcjrP7Rr8x2Na5DzM+A4uMsLQ4gpB6gkEYI6Vghzq04YWpN7ShKiErbUVJB2O3Wg1wZWno8Mkc I4RMkoPNLePocVqkEa0+tZLhX/1uT/01f/tWqJ99PqKl7HV0/wDxmAkI0SnW0j/iqAA81VuoMcRI TMfbU2gJUQOZ6mstaQFcUs6hn9srn/3VrSTrpsz6aKtszXFrYTNjODA1NEH1zUCyse0XeOk8kEub /wAu9WPF/wDvcT/pK/8A2rjhQAzXsgfux+ND2RjJXnr9NM66lCHHCR7qSrn2GaisXNk2tubIUG0q SNWBnBpb0lIsswhIB8Lt51UJA/UzON9f50kdc8jjLb0aJDiFpC21pWkjIUk5BqthWv2e7SpZUNDp JSgdM86Th4AWaJgAe6T95p65qUhtvSSnKuhxSsraUVJk0JT1AIOxHcViLjHXabupLBHuEOtbZAB5 DetsnkPQVnuLwB7CQNyF/iKaM+pjcNXotmXkSorbyAC26jOCkb9/vqDJskF8Epb8Ffdvr61xw+T+ jAM7BRwO1WwHumsuHsUkpxTkjPNouFiO3+1Q+agn7PcgcwcfKrqNJYmMh6OsLQdvMHsRU9gDTnAz nHyqsS02zc5CGm0tpONkjApvdWJLQ1FcMmsL0OAYyDsalp5bcqgJ+NNTRypwNXwf/9k= ------=_NextPart_000_0000_01CC6CC4.35A69080 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://gilmore2.chem.northwestern.edu/images/rychke2.gif R0lGODlhsgLhAfcAAAAAAAEBAQICAgMDAwQEBAUFBQYGBgcHBwgICAkJCQoKCgsLCwwMDA0NDQ4O Dg8PDxAQEBERERISEhMTExQUFBUVFRYWFhcXFxgYGBkZGRoaGhsbGxwcHB0dHR4eHh8fHyAgICEh ISIiIiMjIyQkJCUlJSYmJicnJygoKCkpKSoqKisrKywsLC0tLS4uLi8vLzAwMDExMTIyMjMzMzQ0 NDU1NTY2Njc3Nzg4ODk5OTo6Ojs7Ozw8PD09PT4+Pj8/P0BAQEFBQUJCQkNDQ0REREVFRUZGRkdH R0hISElJSUpKSktLS0xMTE1NTU5OTk9PT1BQUFFRUVJSUlNTU1RUVFVVVVZWVldXV1hYWFlZWVpa WltbW1xcXF1dXV5eXl9fX2BgYGFhYWJiYmNjY2RkZGVlZWZmZmdnZ2hoaGlpaWpqamtra2xsbG1t bW5ubm9vb3BwcHFxcXJycnNzc3R0dHV1dXZ2dnd3d3h4eHl5eXp6ent7e3x8fH19fX5+fn9/f4CA gIGBgYKCgoODg4SEhIWFhYaGhoeHh4iIiImJiYqKiouLi4yMjI2NjY6Ojo+Pj5CQkJGRkZKSkpOT k5SUlJWVlZaWlpeXl5iYmJmZmZqampubm5ycnJ2dnZ6enp+fn6CgoKGhoaKioqOjo6SkpKWlpaam pqenp6ioqKmpqaqqqqurq6ysrK2tra6urq+vr7CwsLGxsbKysrOzs7S0tLW1tba2tre3t7i4uLm5 ubq6uru7u7y8vL29vb6+vr+/v8DAwMHBwcLCwsPDw8TExMXFxcbGxsfHx8jIyMnJycrKysvLy8zM zM3Nzc7Ozs/Pz9DQ0NHR0dLS0tPT09TU1NXV1dbW1tfX19jY2NnZ2dra2tvb29zc3N3d3d7e3t/f 3+Dg4OHh4eLi4uPj4+Tk5OXl5ebm5ufn5+jo6Onp6erq6uvr6+zs7O3t7e7u7u/v7/Dw8PHx8fLy 8vPz8/T09PX19fb29vf39/j4+Pn5+fr6+vv7+/z8/P39/f7+/v///ywAAAAAsgLhAQAI/gD/CRxI sKDBgwgTKlzIsKHDhxAjSpxIsaLFixgzatzIsaPHjyBDihxJsqTJkyhTqlzJsqXLlzBjypxJs6bN mzhz6tzJs6fPn0CDCh1KtKjRo0iTKl3KtKnTp1CjSp1KtarVq1izat3KtavXr2DDih1LtqzZs2jT ql3Ltq3bt3Djyp1Lt67du3jz6t3Lt6/fv4ADCx5MuLDhw4gTK17MuLHjx5AjS55MubLly5gza97M ubPnz6BDix5NurTpnKQAEFQ98Bjr07Bjy/4H4LUlAAIG1n7NEd7qgQhmC7/pe3jPTLsF7g6lvPZH 3q95G5/eUrrpP8kl7rb+PPt22rvH/kEs8x0hdN3U01efvZ27wvbuN8KfT7++fQDSCkpXHV+9/5D9 3XXfgAQWaOCBCNYnCHjOtcegcwxRAZ8pusGnHG3/ZTjSfH4F6NF2T0T0SnkmfUdPdgw6RAAAFCy0 H4YaxhhSiIB52BEPKEKEnY0d1VZOhRUew5F1PMpoZETc5fghhFAVOSRF5TB5kpQAJPLbk/odqaV8 BynZo5ROOcllRWJW1M+ZaKap5pppbukmT14OCWZTZWZUJ3olsannnv286SdO3s15UaB35lSoRYce ChGfjLb556MzEfola3EapShFiZqUpgCccoqmAI1CKipMkspJqaCWrpRpnp9u2o+n/oyO+meCtN4n gKS1zncrhMnlSiKpqiKqaavEghqrrG9eilGp8vGKKpKROtRoqFdiOuyZncL6KrXIbqnsoM5+W+Gp yoq7rLTT8pklmdduWyy33R5pLqbhTtpcudE2lK661TJEJEH0hOTqu8fGKy+pz9qZsLUy8bjvnusy hM6/rGI7sLH8eoQBngZTNu9Elf7zcJ9dLgxyvgzpmS3G2qJJUDcmO8jxPwGDNLKeY16oc8eTfazd syObZ7J2KC+ksqvGYnymfiHPvPNIN7OZM4xU8xyZzx19urLWLqOE9cn6sqn02GoyvVsb7xn0dUFR rzk1hhY0Y3XPPHGNLaiddj1l/tEKqZztwI7+04fM0Fbc9tLgysxfk7427jiHltETSm327L2T3a8m jXFKaxeestiAu+tye8WBTdKaY+fNcuDn/tb5ekq9PpeFJcl+kdZ/3613iXwndHSrSZdNuOlQb6o0 8BazPqjacj9le+2XAUCIQNLY/ryZumevLee9I/R78i0jfuJ27hBv0OG7qxm+u3i7rRHFzi91/Vvn QX959pnjz33D6KJvdm1v8BzN2IY+kgkEaajDn/LoJ7/o8cJpAKrb3XKXP8RZLiYOK+D/AlQggqAu b8nD2UCM17LVHc+AcZmfSFTYFtqRhIURCZrXuneQAhpweAnp4AhDh7cTsi6B/oAL3gLdAsPnZKY2 z7hgTmSoxJdk0H845Ij6QAexHV4shKvb3fuqUsQPiaqL/UvX/jAYRgVWMIv3GhpBKAEfFtQwdMQS 4QFt+KFDUAWMWHoUHj+3rzECK2wEY58gLfggG91nQR6EYwilZkX/femODYTUHo32MD86sYxxRJ7S Ntif3QwBT17I0RQDycg5apAj7lBjqiL4NJDE53ClmWTfKjlD/gFSkZor20B2VBttuIhK40okCbMo x5s0LXY9qtbrXtm2WEqwj7Uk4y0XiUXRkWw3AeBRN9Q2S0cCqjbbpAkszZNM3eRDIA14oe+aCZTy iUWW64RmE13yRGpaU4h9/ooiRNxjQ0La5FcxGWeXyoke2TEzakFJ5z/GEUC1HTNxcwKABXL4UH89 U4zR/CMfJ9i+v6HxH7wU1hvp+M2KokSg3FSY4qrGypHeDE7KTCl4QPKLU5FiXACoGdOU84eLBOCi 07IkPTH50oHUVKTn6+dO4NlIJsp0iwTZmEEB8KOkZg6E7DseTDm2sYixtFk41WFzkLpEWs4Tdhtl JwT36b0KujWXV92cTphqyqIONI8CmViJvJTJHg7Sn8bMUpJW87j6hJVAhG0cUOFlP2mmFaH9IloN gyfE9m3rhEu9CUq9aqenbkhJfV3kJm9CC8gtTm1XaKWcdKMNyO3MWVRx/mpjNdrNzX6VrS4l2z2v OkSa0FVkHM1i+HKolGYAFLhxJaZWM/ubGxwkH8c1FZVQ9IToRNcpslWnLSnpzbU+hJ+ixV9ltfhP zYbXU/hEIWeJct3Q/pW85V3vSpBgnomGJbsbomF+2ZVbBNpTroYy724vu0jiFuUWIbgucnVrWV3O 1bMswQZb8LtC/VaYv+ejrMXSi0/mEvYluNOWZUd716O0N7yXxap657Yos/JuuxmVbFJFXFkQtkwl Co4spVzi3hH39rYZacP1SstXtdbot+0KaoyHimOyCvOUXgMABI75IiBfi8HvNfCScAxaI/9Fldh1 8Wwv2WQME5Ck3SnZ/r1SoGUg8RjFcIWvat9H1SnFybZ9AXNTKNxS2p71u7X18piIBB1UVbmLeJ6z SkmiBwUnei96ZgqfXWnhPstYKIR2KPx0hmhBe/ciWzApohx9MXyS+Mh19fRiC/Zixy4Zt5hWs6br 9+E3Q7bE0t3rnbmmYWuuOM8A8A2agTJpI8L4zw5BckMyLTQWCem3j/bZbjgQ5S4jj8CYNcywf1Js Lx671cm+z1aZTVEAUAPapa6mnK18kUTMD4dTpKwPD7Ntn3SboH4G97LFDackeSjHLTGeINP7a0Uv 63n6jPeGfV1wvnwj1bcmtpi162pka0WNt4l08a7dUffherUvJDXH/t/bcL08gjX17sm98Upmoe7b hUUBM8BP6l+/ehzCdK6dyMFn6h/rBUIpX3XG9M1kly9kE/Up3VCkhA4D+EvjH1E4tm8uX4UVxJ0f IcSKwBvxL6M8xLgbOrcnvt+KE32FhU27aw1uNphI3cc/5o6EDqL0X9YaQFy3K6oXnEv0+hCwKic7 3s1t9jHvc+ZsR1hYG9IIUUc93aI79XoRsI6vAiAY4cZT5/K+8roA3YyYo7q9Bd+d2kSg8BT/mUmV PVOCsPnweh6HDjIS7Tan8emaL/uZ9e71ulLQraWUuDxDnvbOlvnskaoykkQN9d3z2T3+pnKhU//k ztPl8+qLczHH/j78zzr+4wwzOqUNJS7m017Vt4U+f0LGpB1f2Kq890ssvn5Gm4t99N33fuuWd3zD +3ZeFaUstacflSNrD2KA7mdpnzFMwVVFQWF9dlJ5/DeBr6aA/1d6LhJY+pEAEbUfSkIlNUB9Cwhl wodRFgdo+1eB4/dNIFFdz2I9sLZvJQMAaOBmKrgZQXc/+ad7ZtaDyLeCxrQ20fUt01UhmNcQwQAA D5d5zRYLrXeDlvEG9PdoOgGBKeiD5vODxsaC+lcQ56QQ1bMbS2gQSAcAryAQk2NdhoR4T9hsz/KF 3kYZ2NAe4jFWyEWFZbWD7+dk4QeF+PZP1gNmHLAdv+CG/5CE/oTyb2wYM99nfB4THWrgZjlYhaQH hFh4aSf4hzXRfKqndu3BRt/RHhPjie13XGwIVR5zd5x4FFZIgZcoQJnIcptoOzCjSlP2UOURigqm TwbIECGlhYwBAJZgg6toFK3Ihy9XH2CQhf5ngclHEuMjJvAwc7lYihwEAJvwXWKSGsW4bJbhHC54 d1pxjK/4HgMChygoflsYhN53JwDQPLhHjN0ojtrYfLrwb5Yxh7txUzY4jpW4ji3nh7K4Em7Vj5Oy KjKoG/aVeCDjdPSicUOAjyzmdv8Yh53Ii97YfyK4EkJkkBqRCo2Ic884apeHieDXGeh4FeTYh8u3 drAIjJpI/pDJ45EHR4RzVS61sYzpaHsTKZN66IzBopE8yBIhRJNkMo8MSU/fkoYpIIEWlYGfgZRC sZLMCHuryELXs0fWZJQgI5XspnjNIlEZmTZRyXobZ4Iw+UshGVlp+TYssVxteJTSdpMdESVNIw1j 8JRbER0+4ZUlqGSx2JYxCZQokTtcGW5fw3p+mUa+xJJYwZczuJgDcXIAkAUFYQEAwAAGKZk2QZUm iVYC6ZY+qTdQtw67kR+ECZYfcQVr+ZVSwRr2MHslJpnt8Q3oQB4kYo2tyX1o2YxBqY4WCYhdyZmf hkGb53jzt5smBmTOwQpJKREaUGjw4Q7IsRvZCB3o0Biy/oSVockSugkAdYAQ+giD5KdzRdIeD2QV 3sGcP5VGpCidYlVIueJ5lWaJQ0l8BgIRCFAbWLeRIzkSn6BYe2llvNJnaqh+ulF3n0lE9QmQ9/mg vWiOxHmSK1GAO9WOVmmWK5SSbTd4H7iQs3YpGhpg3+abyRaDgsmIE0pOqkmPB9mJXrFHIVkbFHKF cLGdv4mY97KTKdofP6CcyLg/5LYkANAI9PJF9Fmi/lluO3qiwOmiFYIAEOCE3tk7i7kb1OCKyZKk qAehzZYiPGqiF/o/+ValDvWiNuomIwooDRqcT7d+L7mkZ5pYk4SjY7poqDgrXFqmaCcmvVIkrVWZ lNCd/rrpW380pCQ5mFqioZ6JokpZbQCQDA8xArVBHvzYEBwIpI5KUUUgZMnRnwFZHf5Wkx+zpoXB qBU5kKLqfMXmOPJ5IISKkUXHjgMBqi9nn2oqdA4oppyDIt0VmQAwqDqqSrLqpuWmbIrJGwqlo6kp I6j6kw6qlLshYb8amcsXl2qZlUxxPd9AK2xpiHvoJ8/am14KqbzxQVi1PgzhS2XSIH4qlKs0JcKa kDWQY91aG0cYrluqgyvDMrDSnR5qHUC0cL7mpA/RBO7qJCpkqmMpmG14jdzReQw7GM9KY/njKeXI otI6JwM7YOtWdUwKpg2bloA5EV33rfpqjijLIJ/Q/lb3NrGCUbH+KnAZS6FcJkrZp2LZppfMigHE Cq/w10/qdbLFGa0UxRBAEDI5CLOBIbO/96+OybMw0QDl0bEEB3g2a7QpG7RZJWIle4c/+W6Hp5ZG ozkWy2orezD8OrMFiSQG0B7OObJOBABvO4XntX08ubV6W30EBjx/52AQ97Vpq1L10bJH+6Up02B9 +7fwxbQ18kwWe2MhK5JkiTBgYrVxBbiVG08UtrDT1LejFHr+RLTPKZf2obKadqmzpLiha0ZZayR1 KighBitbI6EaG6Y3y7F4WLRgS0Hq+rpay7esa08Fy7eCy7uP2qF8NLzEu5WUq7aW26cHsQ65Eae5 /isd1Xq7LrtbBKe9vAq2oIs0Zqu5pOuahFusD2syoONDbKtiwBsjsQuA9ZKnc+uru8uQipRJBee5 j6W4HEZNrHq8pWsRDEAf8bhz6+tfoyR5A+wfRcQsdEYuoqkSX9geIZi9wJu/DOe9ctpUXUtMEyS0 65asJCJhgfs7ufN7vNW4SOqd8xuWTeqIlsskAlfDHyW1/dWxcsa/3CXCS2tnJlW3Zsi1Poy35qsh D/zCEXwvu/I4xmltPbe4Hzu4d0g2f8fB5XrCRfx8QKxGMLO9W7yryIvE74lYhJIbhQWmKIIOOsVe 2aS7uBS+Bsu5mVvHOwy0ARzGpAezeny8jjsc/hCMp5r6f9b2X64rt0QswDwcaH28xw/YyGjbwD0J ezG8xCJLJ9irv5HnvDicyIw1xqoawDVWwymmOjbGtsCXt5o1ypjTQ6bsd7SLyoD3x8IRyPbSJGd2 QliGtc+rxZEsyWnKtbT7V157PFjWawBGmhI0zKZmQq17zEX5vpNck9KLy8LkUZl7w1DJyOQKzFrq UqTkzOG7wu4VzcgFyilBRbolxcYcy8YMOFg8zaZSzfFjvNBKxWIDwnf8pOCbYqElb8O8yeVsQMos YOL7zxtmYwQLwgDWy/JMzXvaz/fMu0Bkf721yHRMsL6mYX+3ywBsSuhMc1K30QvX0TxkztL8/tDa mcfdnMELTLzx3Kz9DHdXxLrI7LF6U9CdmUBXy9EvfdMMTMUq7RiZjH4g68HjJXreHKSi/MFxBMux bDcehVVWFNInkcB2PLNb81btmzebO9SVIbY9DD4wndITzNKQnDE6XRNpfc+0nBSEoxo+u6LGIdaM nNSaa9XBjNZtHXxHDWJ9/ctCHbO/8bZH3C12zblxNm9mTb9gHNj3p9fpHNgLehi8QSPr99bB+KSq htGPDdlGvNREqcdRixhxDSOarRiJ/dmKjMdLZxepHa+oPdijstrgrIeeLdtxMQ6xHXNwuGMJOJG2 7cmCndsx1xVpTNRXciryPNx8LcaSzdSv/s0Vvc0WHNoxzo2rWQwU1W29YB0b2R282s1eyP3d1BHe xrrdP9Hdm2resIHeiirT613e722HkDnJ8B3K8t2X9G0aSTvbwd2T+X3W+90T7I27onFai3PghjHg jt3BQcHgiJzgAC7hp8rPBD7e0z2g9Q3ch40sDi7DDruORYjgXCTSkDygHv7htY3hD67eH5GlACAH /Shz/d2SqtTXHF6gop2rALvXrkTXiAseJRBML/d6WVEnpUhUYezeYBHiQE6kQl4QgQoABFBID9Ii C/HGg8zdFsqs2MraW+zkXwHl3xywZZzmar7mbF4rh2nPY/6YXqULICrgLi7i7dhFDlKN/gtzits6 nP8wiA+BrrJcvowjEKYZrBVSh/h951FOpFUlqmooEFKAi1NuqMMJAHE7TVGtYobuFLdo5JccEnOt oKRh5tKt4UAcTOd06RtuOMAHep4O3a9JKJo5igCASGiOmqaB6jWb3hqpfGhxPYQuusbu14RcWFv3 p8yesG3+7NDu50jh66W9t6BB7H6jO6e8PsjepheJ5ej7kK7+48tJ7qku3jbjczeK4vVnRn4nwF0K 0SLb5dZqzerp6Gdu7ek+xQx01Tlb6HYc2UqaEQH6GnhQitmo7+V+7+b+6/EtMPdL3ezexyQa5OK4 TFNh4Q798BwP7CKBwWHhJKklEaxQ/qM6zqavmfFy3vDV7oxWmM/pCpdmsYa/Al3CCKwa38l/jhGg ndcbH0mB+eJoF+keLNjcbMUFNuzLVr3hUhuRIGvjvokqz/M9z+/9QYLeLvToLuXP7fNjfbecPPPx iSB0Gu2ni+8Rfn5VX3KKhvWYHvRehpU4O9FEvNWxLiDKlCOw1eMd3/fHTfV8YrYAX5GcF39Zj+cZ 3ZvzY1ygZfe/22LPnGWw7a4FgXQfNo0AYArn9o6Hj/g7fzuM4r8kR/gu6/igx/az+r2+LHZZeWdI X7yQf9LphRe1cSuFiLoH+PZBT96AvyfMS03c3u13akVWTNP8DpqqL9GMJTsI1l6v/q/UXz9gw2XZ GmrcQG8RjfL7Jv3JM5jLNW1PFS+YcQ+pk5XCjz/oEf9z1e/acK32vs9wfhvC3B+ixO+78q/uqQ/h Rf+180NklwsQAvoN7CdQYEGCA/8tZNjQIcOEESVOfFjR4kWMGTVu5NjR40eQIUUyBDByZEmTKVVu RJlyYkSDCWMiJHjw4EuCGgHsbLmwpsyBN2kmXFn0YU+jGJFixNm0n0MAaJJy5NlzKEKbEUE6dTrV 61ewYcVeXDr2X1mzaUmu5GpTwNuaQoPC5aqUJ7yHP/XOlPtULUi0YQPn5Uqx4c6/Z3nmFepW4tbC LxNPplwZ7ODLlv9i5hjZ82e//g/hVbWoN+jpgn1DayY7mTNEmG/polZ4eLFYPaQrgoYs8ybd37VZ Dyde/Cjl18ZFJs8I2nlXsrcdPieqHKrrjhIbz61OUvfl79M/90bNl+ZN6+m/9tGm/jj2ylVblgx/ ki11/N2j78TQMP/q9JgrijntgEqtu1vqE0xB3j56abuZhHNvQpMQo3AhAQe0rCf6OFwpw9L+y4+l 7/6jEMSUCIxNttOEUky6zcJr0KOJtjtQvwtz7MjCC1FMccOGRsBwrQ/ZyupG7lqUzSAWkZyNrozG qc/ECX20rzOYgFoyJ/mQk/Gn4LRysEYtr9LxzB2t3Ay5Db+bT0OVgDsvLjCz/txrzqwsKqdLwhxL MkwJA4RvowJNc3GhBGEUi0//uDtSTBoNNO9RNCvNiMcT2YzvsCHPMkpNiB4datIV7aQNIYsaUNAn uLJy9VQArQMVsOxMHRVHRr/KtdEWr8KR0NjovDVWS4tVTMdZad2USJSS7dQlJk3DSkk5hz31IIy0 YXBabmPqK9PEVHQOKkW92hU2JXEib1xj28XQ2UU1lddTeuFNlltfX1XtKlHR0wnGXrtF8lfl4KWq VnZfNDgjQgjAFN1p9113RneLfdi9hVmq+GCVBLbT24/xNDBQi6rKBzZSI36sykE1ok7hjP/drU5f SXYZv417hPFi9WK+NGed/ow8r8lRmWzySbdaZRGjRLZN2TyCjfO5NSzZXdWsssqElVigu94RnkNq AKAR75Cd1+vrOhYR54qoqYqXmf28EVCui5u6ZIS1bMzfd3mOlzDPZJVvcMILN/xwxBNXfHHGGeWR 57Wj9uhuvNGuiHLNzv2HSoxbbi7Y2ZB8KIJyBZs58IItT2snUt4tG/DIVcL8vWUtfLPINC3OekSW w827zlclDObqzGAvTFbVsbads8hz+tHzvyCgb8hmP52cp3UqDYxz5H2vuszg/ZKvHOg3Hy/15MfS 3PgtkxR25QrP9r366a1Ps3Sfmk847dNf7rn8EGXJT+hZn/r6dzz0pU85/r5xVOgGJrkdyW9N9FsY Wi62vNnJ7iLcS6BaxKW1avnFEvgzINoyqMDvOfCB7YMgx7y3KfrRC05pQ8rjSCi1DfJOUC+8mQAL BaATcsqEKFygb5AGOrloEICrq1cTZ3g5cpHLb3YjIv88+DvUEWmJ7QpiFSFXI8ewSGmQuhIP4WM7 LT4PilE8yg0zV0Uhrul750ujHL3WRSJ+8U9yayAZlyPByXTjb7SzzX7KsEM4yvCKc8zis8yYMzyi UI9zOaIRv6VGOyqwLD8oGWbcuEXVdfGDdHQkrzgYx38QApKJ9OBSGgEL/Snxkcor5OtUkoyy1GeK DEnFJxeZSFFiMTJW/jSlDgkZyaQgs1L2ONfyGkKBnaiQbfEDpa441JIy7PJ6zNGmd7qJNVYqkomM HCYqiznNY64ynCGx0BXmoxsbtudYVKzmVOB5G+Ld75vzpMo+TcfKYGbynPtbYwHNtk5vKg4JCVVc Q9bROIj6U5zj7GdEDde3kkSCNBblKJ+q8odLSdSe4QzoL8WjHaLVrG6OVOYTq+SmhQQARcmxYT4G d7l3ZuErNxAQHnuqxI0GlU8n0ycC+hkSbYnUpXmsp/2Mdy33tdBDG2spRxjAKcRU7yOvccfjyObN Tp5gE1Orw0+bWsoK4VOtSk0oK466HF+uUVnAPCvunqpSaf5siDma/mpJyDfRoFVUpHEVyQjMOkuq DeiaYA0XqPKJ0z8CtK6yPOnIaOZHQgKtqiSSzu22+hE8jOQXYinr5ABZOcXW0nWN/dBOtmBadpJ0 spgcaF9Y6LyFjBBxT6DqQTs1VdgCLRaHFahewfIKYq7OXgDQQARjK1nEFu+uNlJpQxyGOHX2SIgB cGJwc5Yb75o0sCahx0b+6qWk6BYA2TPuZ6Fb3EFW1pKWxe0/slmVPjC2YpsdrxPZyt+V/IG44m3v X+wRI3PtJAQFdi5do6urAKLTId3YCTX2ilDAtouZ4aWoxvLoM+L5CMAdJnEJ70oxjN40uwgdMWX7 S2ClePFuhHUh/hxLWuL8GfMfPEDcN3p7JqI6VbMcBmeDNYk5GtsFAB7AixdnS80Tk7Kz72zxXIEs 5BW/2Hyxk6uHJTm7JHcyzMa6cZFhJ7cBEm21aWRrByckpYWQ7lkz1UwsM4xaiIkIz1oOZQY7Kp8U GPSOTy7jSVtVHpFhto5Zdg8e6le/qz63MnYe8JbXtmcG91m5yRJ018ps4spCDUKhS6ynz/RoT1lJ mZTmsJ0zm2nLtfl+yQTACGJhY0JH9sx4ChOlMP1jvjZR1nc2y4qeJC0zEfvVcSEa3STTZT7HemqP BUyV/wnfa4c60TXj26uBrd0YqrrOlo3WCqtTaWmVW5qKVnZy/ve7lGFfZDTx/rUmcy1pbQfPRt12 935PLWy01ngytjqSA5sU8FLneN9RjWq9HW6xUtK7jdOW7YPNFeEBUpKPCWd05+bpWSKrxdjBiRCi EY5pZh+75CN7uLe/zc/WAiDIEH4vjLM90Odw/OUVnzS5qRWtPLXbnFte+JaAM5uW99td8HYWtV3M VIuP9IASHvrOaz5wn1vL5EJfdLppIxdfuzzpaGJvDWeV1JaMI75OjnoylxUS/VHd2jZPC8G/Xirx tRqqWqdkfauucy7+oxFmT9FOykv35H167Yj/XNwJyvXEj5vL6G7e2Be93xMcWLUfYeZOCKB5xsf6 3lbGNrAc/o9iyMeHQ6n4u0aG5+OeT17vXBY7tBMP8pBKnPRQLz3NY9Tm0z9+7n/lEU+pXO0xq032 Rs7xpW0f4w9f/iHNSL5dcd12LKuv01MPPnRaT5x7AkAafUO+7se0fIFbWs/PB7wJAbCnfFZ/qZIc /Vb/DFGZbj/KZErNsZFdF6UDj4j6B10Qqqy6P44SiUKpJGc7OduTlN94FNWwPAc8kcXxgMdRMnpy sN7TLKfbvwIZNfoCwO/TlZnTCCkwwA6JK/2jQPk6NIERldqgvAPRtzkxjNrLwd4hEen7QDO7vg7M GXrgCV2AO89YuWtZNxyUvpvjLP2isZ3YBNrCoqfBl3Ob/r0Y7JV94ZpK+7e32o/UWzz6w753G4nP QEJ+2ZpnK8GLq7YnjCQfCcGAKbeE8AcmfECamZQt5MKQC7YvnLhFg0OeCz1IspIzxKsaVMMlrMA2 tD+1c6RMKAnQI8Spq8KSs0OGMAAstESVspnUm7togyxANCfz68PII8OlM8QjTENW3MNfUbylU0Af ykKaeAjeYj5L48ROdEFQhDVR1C9ShMNelLogLEQzXMX+o5uU8r479L0hM0IIFJbgeAgY2KeliMY/ +T8+xEUv5EGMwrP62SYbasYXAUJKLENZ7L5yYkNifMaJET5qu8bKYz8XdDO7+Idf4In8Asck85Dq cad//pE/3zpHd4GBBUtHdSRBcmzHjvMSX3oYVwtAHbQbxAGD/egmeAsG92KpCvRBf0PFMymCxMkE YUrIRQzDp/tI1jAsf3oFTIlIdlxI8EucE0woL5NJ29gZJqyKJmO7YrQUxbGEkjRJzILFwNMMIQgz j4Sym8SwiewvrQq4eStFP/xJp8zF8tgbMDG6o4lAYXnK7FPJNoFCgeTG9uuZwnE7ygrHk1tKscQx T0vLSJmbG3SSfJGURBMIsJy/WJzJh9wJCLBKlMwcuVSJ7AEAdAgFTFrBqBQzAOgP3iNIoCzMFNo7 WmQ2u/uJvbS+hvQKDRiMAuoSjWyjRmzKq4QZiixL/u0CSYTSG69zlaO5O6+LlcHQsZjsRu3jmcc6 F/ijyk/UHdVkiN4kDikJztUUTOAcM625S5XhP0QzjdqzTZzEOaJsisFkJwBQlZ0ohm/8BwvLPQxA DCBQMbVMP75yy9zTjN70zR2UzMlETxBaQCvMS1YkmdqkuunMs+qsiwxBQMOhAvvzz8YxRRajSsbE CO1kz/aEy9PMN40zFKM5OmkUo6UJQOlkRO4bmkrSxhHpT7gKj6p4RM5qlhaUrgZdiM/8BFpjQ7Qb xrAUwxM9pxwKvujETww9sZKDGkXEGQ+Vmc2bOAAAKSUDAJ0izU76wRitINzLPRdNSRiN0ebzRPU7 /qUaTbleY7fBfJBO5BclHJceDakABYBIw6mdSIaToJwmZc0YW9IhrUnRU9Nwgh8QRL0qhaoxkhwU 0dJ9Absd5Y0vBdMRLYljGNIzBTUopbWs4oimMc7jdM9DfaMZ3TsZPMtIXc6RgUFXDJw/vUcm7akx U9D8fFTn4gy34Qm44UBH/bJhvE8rvRM8hcZZDJiQubRNBcMh7U+3RFNRpbnXKFGre1Kn9NXey8xJ rcco3YuuDJ1l7NCN9NH01KcF3VXCvDokBaZy2YkTYNQXjdKF8xVKjbD95M9mLU8mbVRpZY0TaiRy ZdAx/EWeGE0cqtRuTSJjndJwVZda5UspAoAi/kyrJjzXtyu2dWTIarUx3bwmUN096kQgemSKez2e fOVMW/VXE03SUCXYsFDXba1YB2M6IN3ADB1YiQTXh5WMiD1S04Q+k6C+fz1NNoVTWOUjKZ1CQ1Uu 8gvYNZMiFxgOVs25esWJgtPKn4vQZHQfpDtZlPXFht2RBuDYBn1Z5DSJ+GyhQmNX8LhZOfLYi4RU kiWlkc1QOZFAkstMRDuSMMTVlP1WbyxNKGVLIBG52fS7jXXGVipH9DJSDcRZ+Roa2ZTSPNXS+kwZ zOy/zDzbj3iGXiXQ3GHbYEWjzUpXQ5HTdS1Y7VOMSZzJijot9cPUuvRbWBUgZeS1atFR6jJc/vsL xaVdXIx92kgEv7/oXHpl3Jqlpf9iT0wBTW1VWjlszld9R1nlU94l28413etB3c3U3Kvkr3S1QarV NYJET4ZCvs9MsL/DBptUifHT3Vmkw949v921LS0MGRtMIqS9iGcwXjaKVot1XbjdULlVLAGNX/md X/pdK4zM3Tqdw/msm78lk6QBFKXpyvc5Oigp36q9iBY9L0R6VDdF3qTQ2L4ULB/pPKWsCiFZ0enk CTXATm3qWf0t1tR9nZIVV8VtueQgneAMADOdXIB14BZW2o8900/diUeg3vyEXk9pYGJbQAnsXlvK SQCg0b3tCgNO2ofoKov6h8OT4dV94VR1/uKzdawOcV4MLjwAEErF9WA6jTi0Ik97hOHoWIk+wGGo sIAmhuLZRWP0/Vow/dSrjbkuZGMsCwwMWuC0veMAVWCKnVs1ptswTVOQnJU6HtdPMRinAwDYU1nx Kp3bTVhCBuMwltjCY+E+BtaMUAOoTd5HPl27LWHs9Ir8KwvQS1wzasyc/YdP4AlaYF+zXFua3WNJ ruSW3YgAyF6YWZxmYIghKInxFNYvVmSRoIVH7CqS3GTZiZn7AgAZUNvk6FcXM2WY86Yi5Vrz/EOm bC1KlmVr6qhlTjHGYQgWYEz8lUzlfWMBvOZOogSSYIHb1Nr0jWG9hWTKRWd61ub0EASU/ngGHfiI efuHYyDR2/wfT07jY1aemQIAAQhI79jHTyrVb+pgR1bbgJ7leLXn8wSANogtZ7rYiq7mIfbaenXl BREQdAhPbGWvinionfAxsbEdBuAMF/iOQ4jkZw3kFGG9V/5li3a/+ZCCie6eVl5YhgXmQm6l+r0p FbxlBJw15JRiJ1WJ0YrlnT6yn9bpsXuQZrskeXbDsShOALg1jkiUvzzAxVif7cOgKWrplrjcMw5h ThXHwrHIgpbqqb69qu5oPNbPNARhok4tsQgBwAQJVuAJqQhIEsUgxbwIORNpjWiGBBjniRZkXEUc HS7ep65rTeNokM3rY93S2O1rbB7p/n0ECZu6nmLOx+Pza+Qj6JD+0YLhNMy21rve7DV2TluZWc0G VK/AQAAogpz+RZgzZDWZ4V0qYt2GazLG23qObYvhTiMGZLdeSNu+bc4+7h+GX9geiTpYFFChheQD TWOenAtGbm2lN+hmbjGj6eukbUi2bR3F7RutHHeGX3TQV8w95p2Iao+Ob/6+CHhFy8tGb9XbCRFt Db+53besbTByX/he7zszv/IWiSVekEIGAAoIauIdy4g+YAG3jJK+btIM5+dO8Pa+UDkmU+CW4Yzp RQPdCVv+VuN2VrgGlw7nWYQ9nOw92Nlm5f3Wa5CO7oJSbg4GMQvcZjCOcesGaiqu/nEVhygdaOTD ce3gJnHQ/mgIPl4hmu/VpmgbBwtS4AkpTF0kT3K8VlgmN/O38ie2ztnzPnGho1Isl3K2sqmIZvG7 yY02G/O3DpD34/AzD+8RxWlYbvPINj2s/r/q/uQwtVp0RbL/AvRtQi7r8O7h/vPfvtv+VvLqbgrY lNzWJvOLeOkNz3QEM+gkHmiNGELEsIDBSYCFeITBuSoYYXX5cPV/gHX5GFPDKXBUt/Q4N2cH51lI t1dX1eoqd4ieTHOeIADnlqL6o/CxgD+wtuRDJXSxSHZhf+0dz3YM7+xi93S3TsCADHOYpSXuDkxG b1tRzeR0L3VSL/MSB1wZXCmZ/kRbjAiF5F5yhyQ8ATwha3fhyGT3eVa9bUfXYef052xemuLkihiD nSiBaH7iF1VQyP70QQzWOKqqFkPwCO5xb0czcH9Ke28jBpADd4j4duduLY+5eJbWfxcyMHDblm+T gqfmRGftyGa6RnZzfT+jd2b5mV/35FUxmQd4x+Q04CKzYR/4nAdi5d7wEeN3oH9bJ355lyr6e3un uX539j72nxx5/Nl5ph8nqU8rmeP2F04O/6lKhjBjHmd4SqdfKpdonL/hIA2x+fgGMKNIIS+/rt9V tfdZtuf6bJZxPJ/fubd4+855N7KhOi9yJoZ3lyenodZmKxkNeRp1NNFzP67H/r/keXzj84YYhzfI XE0H2MB/vEqWYqt3Wq+nxGmrIbhce9VmxHyX3ck39B/v4524xZ4/Uc7H/V+XcWyj/YtEnECjsgOv +OUWetNbkl47FEtZ8w8dx1MGYhE71+Bv69wG9cqd0zV8/eumY80PfdSvGhEMO+0RMlSD5u40f3Xv ddcffu9X+bERanVZ41NGiVPFWhoHiH8CBxIsaPAgwoQKFzJs6PAfAIf9JgqYSPFiRYsTH3Ls6BHA M48IIw4kKdAkRIMAVqIU2VIkzJgyOb5cWHOmS4c3cULcyTMhy5UENQooWtTiUY39GvosKFRhJpYc flI92LQq1qw2JVI0mrFf/kWjGrWSLXlVZ1CCKFF+C5oI59mycmfGLTlXJ16yP+r+DJa2INHAGb9u ZFj36UF3LFPehdv4sdy4SAODrWx5KWSeizUPLEdy7UEIm2XyzWxaZcfSZOOqRrty3d22fw1Sxnhx rOGHiAteoWASAKXTH4UTJ831suWwtzEX/7jbuF3QCLXxYPkpZuvmj0tnx8p69ejIQYMhJOoVaVKL THW/7Bb+efey8bVnlrw8eVfc9Nk/hwk67WxOBUjTfgWqldp+32llSXh3DShQbcgRxpxCh7XUYE9q zafVhgZGdpxSIYboIUOpPHhaUN11SCJnBNKnIIf9OcgSEkNNNtlgSq2H/pZZN+0mo3YrsugdiCIa SeGQBTUD0S1CeoRNUBbQlSRVn7moW4J5xShcijbeN9iESI7E3j9+AVDjSCaV8YmTP7VJ5ZQNHTmn mHCe9M84xZ04nJ1TlsEXd1nuuGV9LKlBG51GDsqQEnua1eObcfYZZJGJqjfpgRz2BORJLAkgKaZ8 Aorgi1pmFUmkBzUTFCvlWTpibq6lYtiFLKYaqqkKUZbUV4ThemdWPzKUjKMqpXgsGL/GOuqVzcGo rIArmeLqq/pVSKhdJN4KLVDHHZVjjtZiGilirBWr4bEp5sOtU8Ayi2Wpi7IL6UvV6hird9u6OS9k 9tlWmXL34vpmRL8x/oUhv/sy9m6uxD2bcKfhoTfxZV/J66a+LUL8oZw4YhRmneAd5NlKvDBED0j5 CtVUioc6l+7GjwLb8Fbx4rtxlzaC+6+vN1eZsWMxywdiwMqFud3MGhbBabYaBs3yuUClC/S4pFJ6 caj0ELRFUAYUBM8/ShFmtMDXBks1dEJr2jHP+Ik79D/2WBVRFhgwDcAxmc5nJUMuMK22aYHaXPPa jJFVTIpUUCthfmV3e3afaM/rb3LhIrcdkOUibLi7KJIWNeA2MawnzQpzLt/mYguGXMjtZkULLZGH HixXB9GJ9OmdEiSNBRi+9Pdqn28+u+gruZBM6YEnH3TuqLu6M8D3/mFN1/AFSs7u9WvXJCNLTail i96eE+8wIbpPr/z5MYF95/U3UQyW5Rb7rFn1go6v8eQ+7jRarc3Plb2BngGzaE2tgANRw8MctjyX PKVg6EOUvQpDOKr8YSUNgJM9AKgswTWtJ3ky0N8WAwBpCIhL9xPdrCAiiAwl7WA5GZzZgte+xdkr fdjRYLNOiB2aaO43wCvUwXCIGh2mqWmfUc1K6CGIb8DravMj0gMBE0EJxrAqP3QiEf3DQwCU4R9y 2Azo0EUucwFgWjDMovkMt7LWBMUdC8TdE60oPghG0IYwaVLkCqjHPfKxj378IyCnZoBAAqiQLHkD IRPJxwD0cCW//pibEFuIRhYaDg0s0VpjIinJManNfVNsXaZoN8nZIdGQa6xfxK7Iw440ApUcG2Ua 1yI5TfpviELz5BTtCMtdcjI1PUxlOYIIAPLkSyRRUSUUd1kuZ9lvgjiLIi+jGcfi9cgsr3hIAgAQ Cmy9jI2utCUsl0m6M/YSZ9/EnzTTWc4cylIbOfwZ9ZAZyneisVzBUSA5rRIzYoURner8ZwfTpkVu 3hACb+hICAaqzN+gyVjboiUZFSnRiQKyX6KsJUBl10wrrugVKwECPXVJPHFC8pXMHGXOMnlRWmb0 hfmEi5NAp6JokrSEf1vXpq4I0YUCAA0WTSZLW2o1LHL0bCHc/iEvayozjC61iScdZT5mSLugCjWk cyymVhDwFNiAc6goNZix/oGOnO6RIB44y06VCU2Y0AKMTK3qkFiaKnlyBEp0naYOlRoTBIiRjxut 51o5Q1W4itRBIhPPXQ+ijZV4YBMLDegNP0PCqqm1PllZ12AJi1fLEhQ8HcrmOTsJVvqtpBgDS2pg /alZOMn1sDOi6AC/ClmUopazq6Wp9VyLWNImNmHlcixuK/vT29b2pcIMK2Jv8TMAAFe2J+licHH1 SSpu0qTEpe1frdpbWgHAAh+sEimS+pu8RTdU0xWTVK8bztxGdm4x2m4VnQuR65QXU+ftqmHVu97s wut3BAut/lcnWS4GSDOzDLmv64arX8DyN8DwJeD/aPqb8vHWwI+T7nTxG+EFC5i9A/Xvcvm64cee ZKw4OSsLBJLiUFlYVyHyCpjSo2HrcviErY2Je7bXIb8BIAFwDOdvLgjTptqpxQkR0dhq41CqGbnG FyUqPIXnk9vxSbywje2DFWzfF9emZwQJRVBMNmIn29jDWGUgp6pVZTIfxBIlcdmkmmy7F5/nRtRN 6ZjZPFIzF3W2adrJJ63KZjxrFMOqu9GEUpllp+qZlHyOcnUJkmMnXaqwHAZABH4lZzra2W2X4gBL vvvjRofuxq75o6Kl9qa3rZPUfmatspC8q7IFRQ9advUt/h8d3wpJB5Lrw4rjWo3rTSfYvBkWEAEW 7Uxcx8zUhRWWQRb7w/OyesakJvY8txxoAn4qv8zupK4vTCtqVurYux42V1kca3OT9dbf9m24hV3E P5uRbdSmrj7fnUbKGjqX7batviHm7M06zaGiPvC9g11sCCW80iRW96/mFLDL/fsfmMwzCPup74Ev W2oExOlDYtyrCYGs2pBtuMOBrOl1I7loZWsCoeFmKyIHXN5H3nbHxS06SIkkeh5j3JyWjXJ8CzgS K4/4kcimcI0jVcoN9CEh+3rlqVPdyKVht84JOLVkFVGAdF2dkcaWHlhlfeigDB2bylpklst67CmP efBA/uXDSF/4F9h2aVw7gnWbk3VqINe6R7hccpLfx+QR8xL8xNI4+B1JwH5dO9LD7nNrMR1UClVj wZAYEojoYHxW1zvOz01aESM86awTjMtFVDwAKIHhX8KP5RRec9MZW/Kxx0yK5ObuocoSAMF82WT3 TKWrhz7rS4Y76F81cZ8n+fRE76vrgd421Y9y0sj/yb0XPimJV0w/KAOw5fGOEijp3iNuzCusOYIe xVfO8K+mV+URr/yupMft7Cf78REP41k7/+yknFpzZUX2Zdv2YR34CdTl3V28NRi1JNm3LIelyYTZ JRwk9UeExE/hpVzNDeD7JQmCESDGrZkCMqBxzRnQ/qWe/71VqiXfBH4g4Okf2N1GyVnZSvTBXHAg 3Xng3qVX071VN7TU56kf/dXf4qVgRBFfC1JbQvBCgFxg4oFJ4/HUSpTADSohCNqJC+bgkyXgpaXf Q3Qa9MhPzlVFEuJgBZKE2c2e/PlbBw5JFqqgHMkdrwlVEH7h6zGfBuabXMhgERLh/tVZ/Y2covAa S8hA9FGgGh4iG2qh8O2e6/RHry0Ze1ycow1f8jUfFOahtWEf4+Hh4i3fCcJeBrYOjz1HGiZi2Fhh GzbiqI0EOvBNB+0PI4rQCApaCXKamhHcTCBal4mieRAeGFJfQTAhwpxiIpphLdKeSt1M/1SXXqGG /u4l4xs9VblZSgQG3scEI7goHgYGozDmn5dkYif2yiAeoyruG4M5Yij9zhUCwAopmgHBX9XNo8bV YTUmyjVeYvfNGih6Y/N94xkORH6Eoafh3+xJHCAqnkNh1+7QmN6Y1vZc4Uf8wSp6yOhoCwvWkC5K 4PTxI+sQ5D8CZAVCQHj9nMv1o/vhGvf9nAamSCNkEQ+qhNw4kB7CIXcdIDVuJD7ZoQx24/NpH7Dx DPsJ4v514jiKRZ3JnkCsQ0qZJOyVnCa+20p+jBiuIH20oPE55NYcEXxIJEyQ19FN4zjx5AN6YlR6 JU+U4TkSxBMERfm53knaBlSmIKkhJDfeBr14/ghWttoTaGWzSGMciuVOEo0oHo1OwoRa7l1eShEe EmQ5quFUAl0qlYleTmDWPRTz2KTn2SKULQTYhQXI5GNGJqY1EiIEiSOvdFpKulpkpt5AHAJLCFmB 7GVNXl/4iaA6MYxlZqa9xaVhjqEAkmbQMVoqohwqFqesIVpVTuZ+0CZ+YaYcwkkZbiI47eZtuljb 3J5ociJprpkiruUGgqdtQobyceP9/SQ7ylwPNtl0AqW4WScCll777eNPoqWBKOb8GCNknmNQkN5V JooDRmFNLqNAsWcSCkT56aZ+9qC9aSRw6iA+Xt53vmHADeB4noalhMl5omdq/eVP6EL83Zxz/jJi B8Eng45l5AmodyInIpojgl2oaWQol51eVqonF2qGrVESTrSnfc6TiUooiuYmLoJnhXLf2CWFGCHP bAKo6SklSpyfX/KHGhzDikTiLopNUgbiobVkswyhIBbhY57oYAopYzbccSKkUXaiQYiGsl0pnQQo jcLj1ETpqc1jj1YKnKIg61Bnsb2eY6qomJpQRgHmP71pY+JbiAYngA5laMppbBWOhzChiSnbjN7h l8iYe5aTpUpfEapWrsjSwSUEsQDhce6hkfqiGFXmguakReIkDT1hSAJjRvCpj8KqEyYnXT6oqlXT 4QXRoJZqWRhqJs5qxS3pqvqdt+VdUN6q/oYyXrjQaomGourwCqZeJ3d10Rc93Q/BKBERqjoJa+MQ 6yEwUpumJXyaiB6FIAgpqjbyHx+iV5cyDia6q6dWVJekCCLRo77uq0QFALCSBbgeGkGYCYnQJkus GADcgEBogKtuJ4FSRaUCjHli6XJqJkr46cRS7FkS5yyaUuYNT3/+636+4WCtJBEe5VHw6umAGp12 ppv+qIIOXb26Bq8Gxe9VYKuIbHiSbMGGXerFpcMFn2Z66gIi5oFmak3+KN7dKf9ozjXpLNQKpHj2 rO29K1VyKMDN3LLCbLzKLG9W5Om0U9SOrRkO7V2cqsTyYmXUaNwlyaod7Z0mjdKuKImO/q3dNugi 1u1joO3ENSvbQqrWkmGTail9ImrXKifFkKNShpS33m06lW3Jmt6f4sffbiFGbi2W+qKeGq5uBF/m guQozqzjjq7R8qyqJmdqPmHjVG4yDQkMsKvgZafzFQTiHK7sRs8Mfq3eki7vsmjemm0VrirYKqN2 LM0eZcLLxm5j5i7NVZHyniRUim7vTq9nTu3pGiffAW6Q8JGbcWTVHmqjNu97TqvsMm987i713i3k Uq3XDmiy6hDfaq5BPsJKwMNbAgXIPa/8GiSQom/6kq31MmQrJsic7ujgfqnitmTUMJfU7goCq2au il7j/i8Rre9+qaOeFHDytu9i8toH/s1tgPkvBeusBQvww8Iv3BYrIbYK/66hSC7t8I5w1JZwh2Vt xiXqkJqpCi+EbKxECzfwcF7nBMvw+NAwTOIwZzoMt75IaC3x7g0xEc8O5PIrFVcxv75bUBhiQigG EttoDEcxGAOUE1PvnoxxakFxGKfxa5XrxiWUQZjJ3TgKGzOuGtcxcaGx57EEBPBcQ1THaCBOw0qv HQ8yHR5nFbvTFlmxImUvITeyCdfcWdCv/qRFVJ1TWmRCCjBsGeMQHjuyJ8NwwB1GmtRBBa5eQkCJ xwnqJ6/yBavhYUyFL2VOUDytc4wpK99ymaGihSTyTbYGiI6BKuOyMG+mLq+SYUSA/iqRDEu8pDF3 6DA/M7wVM5ksRAiATrpFiS8FMzRvM7c8HhZnRTBZMkvEgkigwR5fFTen88Co3Td7cUCGpTrHszyH ME5EYy8j8mnNsz4X2aO2czPrqsr6BwY48z4XdHFsQgH92reVkmBCBBN9DkEbtERvs2oQQgJVCJT6 R0xONEdncCDfljdZ2oPNMet2tEmjzkevVkgf5kjP0km/NDS3BmxSA0tvCMEOMEzndCNnByWWNDpq NAbrtFCDMXQGUbfJBBigTScPNVPDJGJFHcQ1tVSHsYo0RQO8xT0lhFaxBC3H2VR/dRR3h90slwIu NVif9TPdEKQN2fuitVs7bnwo/ptcA41Zv7Vdw7NL1Bv1WJHRqetd/7Uh7zX99FnLArZh+zNMoAzG ELY7H7Zjb5yBsEKbkPQXP7Zl6xcObbUe4YFgN/Zlf/ag8YS/egTXsLNaFzZop/YdD3Yrq7ZrdyFb d9Ox8Ntr17Z6VSn4PLJt7zZcVamFUXZd87Zw6y4DRVZKF5z2Drdyp5OQtBhJB/dyRzfHAs5zS7d1 19fsVEfbXjd3O/Vat2pyd7d4lxpjg7fljjd65xpHxSNBJIIG/0MKxJYXHAt09QQV3AKYkUt67zd1 q8x7O2rvpVS6jIBASEO65Gxg8reC8wt0+/WCP7hXhzaETzhewzaFX3ihOVmDimO4bW+4Z3M4iLvs bYc4iVuknnl4iX82iod3irc4To+4i8d4RKu0jNf4djy0htu4jj+1Ive4jx/3jge5kA85kRe5kR85 kie5ki85kze5kz85lEe5lE85lVe5lV85lme5lm85l3e5l385mIe5mI85mZe5mZ85mqe5mq85m7e5 m785nMe5nM85lQQEAAA7 ------=_NextPart_000_0000_01CC6CC4.35A69080 Content-Type: image/jpeg Content-Transfer-Encoding: base64 Content-Location: http://gilmore2.chem.northwestern.edu/images/rychke3.jpg /9j/4AAQSkZJRgABAQABLAEsAAD/2wBDABALDA4MChAODQ4SERATGCgaGBYWGDEjJR0oOjM9PDkz ODdASFxOQERXRTc4UG1RV19iZ2hnPk1xeXBkeFxlZ2P/2wBDARESEhgVGC8aGi9jQjhCY2NjY2Nj Y2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2P/wAARCAHlAYADASIA AhEBAxEB/8QAGwABAAMBAQEBAAAAAAAAAAAAAAQFBgMBAgf/xABJEAABBAECBAQDBQYEAggGAwEB AAIDBBEFIQYSMUETUWFxFCKBFSMykaFCUmJyscEkM9Hw4fEHFkNTY4KywiVEVJKiozRV4nP/xAAU AQEAAAAAAAAAAAAAAAAAAAAA/8QAFBEBAAAAAAAAAAAAAAAAAAAAAP/aAAwDAQACEQMRAD8A/QER EBERAREQEREBERAREQEREBERAREQEREBERAREQEVXFq7pdS1OmynJI6j4WPDe3mk5xnYOwBj3XTQ dT+2dHgv+D4Pi83yc3NjDiOuB5ILBEWfHFdcU9Zmki5H6ZK6Ms5ieffDDnG3M4Ed8d0GgRVtPVmW I4JZHVoWSU22nNdP87AeuW4/CP3s9eymVbda5GZKliKdgPKXRPDgD5ZHug7Iqmlr1aeO5JbdFTZW uPqB0soAeW98nGM+XorKCeGzC2avLHNE78L43BzT22IQdEREBERAREQEREBERAREQEREBERAREQE REBERAREQEREBERAREQEREBERARVup6o+neo0oK7ZrFwv5OeTkY0Mbk5IBPljZR9V1yxpWhjUJtL l5wB4kXisxGeYDdwJznO2AfXCC6RFH1C18Fp1m3yc/gRPk5c45uUE4z9EEhc7DJJK8rIZfBlcwhk nLzchxscHrjyWfk4omrwVZrVCNrbdSSzAI7BcfkYH8rssGMjuM7q00zWKeoac22yxAMRNkmaJQ7w cjJDj2xv1x0KCLoOl3adu9d1GWJ9i2IWuEWSPkZyl2cDqcnGNvVduGtNm0jQq1Gw6N0sXNzGMkt3 cTtkDzUpupUH1X2mXazq7DyulErSxp22JzgdR+aTalQrxxST3a0TJhzRufK1oeNtwSd+o/NB0hrR wSSyMdKTKcuD5nvA69ASQ3r0GFj7PAZt2LtqaWLxpZ7EkYBcQ4PH3fMduXldknAOVtkQY+9wlctw Nj8eBnLpUdPOSfvGPa/y/CeXGeu/RaLT4LLbFqxbgpwvmLcfDgucQBj53kDm9NhgeaavqTdKpfFS ROkjD2tfy/sNJxzewU0EOAIIIO4IQZaThizLG6OR1Z7H6yb7muJIdEerSMdfTp6q20PTZtO+0fGd G74m7JYZyEnDXYwDkddlZOc1jS57g1rRkknAAWfucVwumdV0atJqdkbHwv8ALad+rv8Afug0SLHy ycRum5rms1NOc4ZFeCATFo8zkE/XOF30/VdYgjMkjq+tVmn5pKmGzN92bA+2yDUooen6pT1JhNSZ r3N/Gw7PZ7tO4UxBT6lesQcR6LUik5YLPj+K3lB5uVgLd+o38lHgsajHxFBSF745vJI+60RNYyuD vHjG4J6YLnEjf1UqDh6lX1Y6gwyl/iSStjLhyMe8APcNs7gdCSN9gF9aVoo0r5Yb9uSMvc97JRGf Ecepc4MDifXPYdkE51usy0yq+xE2w8czYi8B7hvuB1PQ/kqHijWrtGxBX0yPxJYWG5abkD7hpwR8 w779NxjputIq2TQqE+oWLluFtt8wY0NsNa9sQaDswEbZzk+qCLX1SSzxVFXhm5qMumCyxvLjJL8B 24z07KnocQ36miUNb1Kx8TTlY+KaJrWMeJPEdyvb05thgtBGOu+6uq/DcNQ131rtyOaCA1xNzMe5 0fNzBp5mkbHpgDbZdNP4epafPVkhMrhVgMMTJHBzW8xy5422cehI7bYQdtEddko/EXpo5H2HmWNk ZBbFGd2sDhs7A/a7579VS6PxPING0g3YrN27fMob4EbN+V5G+4A2xv6ElX2mabDpcMsNd0nhPldK 1jiOWPm35WgAYb6epUOlw3TpfZvhSTn7O8XwuZw+bxPxc23rtjCCdpmoQapp8N2qXGKUZHMMEYOC D7EEKUoek6bDpGmxUa7pHRRZ5TIQXbknfAHmpiAiIgIiICIiAiIgIiICIiAiIgIs/wAQ6hYq6xpN aKzPBBZ8bxTBCJHnlaC3A5XHr5BR6+p6nNw1qlmO1GJaks7Y5ZYQXujYCRzNBHK/3HYZbug1CLL6 rr9ijwfTsxu8TUbddhZhoJzyBz38vkBk9MA4yMK80eeSzo1GxM7mllrxve7GMktBJ2QTEREFfq1W a22FrKtG3E15MkNtpwdjgtdg4I/lOQeyq5+Hrj+CBonxMcloMaPEeTyjDw7GdzgAYG3YdFpEQfMj BJG6NxcA4EEtcWnfyI3HuFDu0DJolqhXc7MsEkbHTSOfu4Hq45PUqciCjh4ehg4efThr1I70lI13 zMYBzOLMElwGSM7qvHDOoQhho2YKsjNKbTD485EvOHOI22B3+brk5xlaxEGR/wCrN5ztRkcKwdZk gfEHWZZHx8gIJEpHM12+QcO8sYSXhe4TBKBTkeKBqyxMe+tHzFxdzYj/ABA5OW/KD12zgW9u3qGm WXzTRG3p7tyYm/eQe4/ab7bj1VlWsQ267J68jZIpBlr2nIIQeU64q0oK7eXEMbWDlBA2GNskn8yf ddlGu36mnw+NcnZCzzcevt5qjOvajq7izh+lmHcG5aBaz3aOp/3nCC51eOCXSrUVl8ccUkTmOfK4 Na3IwCT23Wb0fX779Iq1KWmy27TGGN8rjyxMLTygk9+xx1U+PhhtqdtjXLcmoytOWxu+WJh9GDb/ AHuo1IWdK4uswTSRRafZjM0YbhreYcrcb9wANh5oOv8A1ct6pIJeIbzp2A5FSuSyEe/c9ff1V/Wq wVIRFWhjhjHRrGgBdWuDmhzSCD0IXqDJ6tw/cl1Cedk9uSvKebwoJxHg4Awcj5vTfZOFuGJdJ1Sx cJfFDJHyNhc8OcTkHJI27be5WsRBW6jodPUHiZwdBab+CzAeSRv1HX2KhfGaxo+1+D7Sqj/5iu3E rR/Ezv7hX6IIun6jT1ODxqVhkzO/Kd2+hHUfVNR1CvplN9q0/ljZ2HVx7ADuSoOqaHSme68yR1C0 wFxtQnkOOp5uxHnlUEVm0bdPVtahktadEHeDM2PZh6iZzBnt0ONhg9cINjUmfYqxSyQPge9oJjfj LT5HC7LjWswW4GzVpmTRO6PY7IXZAREQEREBERAREQEREBERAREQEREBERBzfPDHNHC+WNssufDY 5wDn43OB3wucl+nD43i24GeBy+LzSAeHzfh5vLPbKy/G3xg1jRH6fvai8eVjd/n5WtcW7bnIBGO+ cKnq3tU0+nxNelk8LUD8LKTy58PnOeXDumGuxg9MeiDeWdNhs6lSvPdIJafP4YaRynnGDnZRW6ZQ rQXdPdZc06rJNIWue0PJcPm5BjsPfCramrWJtYnis6l8PMzUHQR0fAD/ABIg3Y4A5xkfNz55fTC6 cQTw1uKeHprEscMTfieZ8jg1o+QDclBZTaFQsaVFp88LZWQweBHI9rXPYOUNyCRsdhv5hSqFKHTq MNOu3EULA1uwyfU47nqfUrM6/rtpt9jaGo1q9J1N8zLJe3kkkDsEA8j+bG3ytAO/Xol7Udej1CrR je0P1SOIwytYGiq5oBmwx45nbb4dg746hBrlzgnhswtmryxzRO/C+Nwc09tiFk4dZ1STiB8D7cEQ bqBgFR4+Z8WOoYGF24+bnLg30wvrhfUhpvBmnSOqWrDT4vMa8fPyASO3O/RBrkVbQ1/TNQIZXtx+ KcfdPPI8E9sH+yskBEUDWNWg0iqJZg58jzyxQs3dI7yH+qCeiyMGo3tYiMkkklcF5AhgfgsxkYLh gk/orCrp2pR/eRXpo3DoJ3mVrvQg9B6ggoLPUNSpaZD416zHAw9OY7u9h1P0WUmjv6lIdR4XisUQ TzSsnAjZYIOQWjcHO+ScZV5Qt1dYNaW9RbHZaHOh8TDwR3LD9BnoVdIMppOk6dJZjs6o2zPqEpI5 bmXtY4dWg/hOMHHfG+FqlVyV3RvfVaRiRxmrud+xJkuI9s7+xIVhWmFiBkoBbzDdp6tPQj6HIQLL 3R1ZXsBLmsJAHnhZ0VJrL6c2nTx/DuGbRGPGkOM7OIPn0yMLTqtn0KhM8v8ADfGTnPgyOZkkgk7H rsEECKSOhLWYDGLc1jw3Mhxu05I5wMDIGMnC0Kh1NNq03vkiYTI/8T3uLnHp3PsFMQEREBEVBb1N mrX5NFoTOa9hItSDYxtGxDfUk4z23QfUh+37roGnOmVn/eu7WHj9n+UHr5nZXi514Iq0DIIGBkUY 5WtHQBdUFPb4fidM61psz9Otnq+EDkf/ADM6OXEa1b0x4j12ryR9BdrguiP8w6s/or5eEBwIIyD2 KD4gniswtlglZLG4Za9hyD9V0VHPw82GV1nRrD9PnO7mM3hkP8TP7hc4+IZqLxDr9Q1HZwLMWXQP +vVvsUGgRfEcjJY2yRPa9jtw5pyD9V9oCIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAiIghahpNDU 2gXasc3L0Lh8w9iN1WO4fuURnRNVngAJxXsHxYsZ6DO7f1XS3xPVZMa2nRSanaHWOtu1v8z+gUV2 kaxrQzrF34Suf/lam2R/E49eiCNJxfcpOlhs0IbssWAX0JeZmSOhBGR3UGXV7Go6lWvWoYxTi5mt gZkStyWjJyME7j6ZWw03TKWlweDRrthZ3x1d7k7lVPFQBlrDB2BOxx+2z/RBHq/AteZdHt8hlPNy Mla15J3OWPBBG/UYO+MlV9yvxbd54rl+ClSJIdIXMaeX1I33Hqvaddkj4Wvja5uY9nAEHAce/svi xSrx+CY4ImEtadmgE7RZ/qfzKCyht0YpdI0mg8ztrytzNjyDhgHuSQc42wCtWsNQAGtUR0IlzjPr Mtyghao4eBHHg88krWMcDjkd2d9MfXp3WY1fXm6c0TvbZLZJXMkEEvKI5G7OHfOcAjPYq04im5j4 Pj4YxnOYmN5i52Ryh3kPLcHJGM4WYmoapcj57mlWbDXNY5/O0jmcAAXENe0k4yBkZxgZ7oNXo2sC 7Vr2GSvnr2HmMGRobJG8DOHY2I2PQeXXteLA1Z3tdCI8V2VHBzK74nRAPBOWhozlzm4/ESdzjqt6 DkZQeoodnUIq0hY9sjuVoc9zW5EbT3cfofyUtB6s/qeoSPZfkjnnbBRIa+Ko0GWRxAzknOAM9gDs TlaBZrUNLu19QfcpNc4PcDmBwY9vzEuyCcOB26+XRB00ixJNIDHbncwxeIQ6ZkzR02JwC12/njY9 cKboen0KtRs9KI81geI6WTeR+d9z/pss/LT4g1SEVpZLcbHZDzL4cbcYb+4Mnfn26HZa2lXFSlDW aciJgYD54CDuiIgIiIC+JI2SxlkjQ9jhgtcMgr7RBn5OH5qEjrHD9n4R7jl1aT5oJPTH7PuF7X4l bBM2trlZ+m2DsHuOYXn0f0H1/NXyiag6l8P4N5rHxynAjczn5z12b1P0QSmua9ocxwc0jIIOQV9L EujGiXGs0LUDXMmSKF9r2xP/AJS7GD9f9FeaNxDHqFl9G1A6nqEYy6B5Bz6tPdBdIiICIiAiIgIi ICIiAiIgIiICIuNmzBUhdNZmZFG3q55wEHZfMkjImF8j2saOrnHACoHcQ2NQf4XD9I2h0NqYGOFv 93fT9V6zht114l125JfeDkRD5Im/+UdUH1NxKyeV1fRKz9SnbsXsPLEw+rzt+S+fsO9qYzrt8viO /wAJV+SP2cervqryGGKCJscMbY429GsAAH0C+0HCnSrUYBDUgjhjb0awYHv6lSERAWb4ocBNCO/I SP8A7h/otIstxe9kMsDpDgPY5rfLIGT/AGQR6Ya10OxPzNB26ECTb9FzuBoMBwfwt69D8sOy6VQS +NwG4kORnrhsq+LwPJBgAZbvntgRf6IPiiM67QOD/mEj/wDctusRo5EvENRjXglnM8juAPEGfzI/ NbOd/hwSP/daT+iDNQWmtq6VejAmjkc51hxwC6UjHU4GQcgZIGNh2V0/WdNiwJ7sMDsZ5J3iN35O wVkYXy1I+evIWh0QEjHDma8NhBwW7+WM+q+52wSztZd0qtZ5X8jSJXsDcuAOASQNyNkFzV1Kjret uZSaZ4I4HMsShnyPyRytJPX9o/njurLSJ2ywzxMeXitO6HJ9MED12ICy13ULVeiyCn4VKudg2uzB IPJ388O6jc4VvwRHyaGfWV36YH9kFjcibDO6yW80MrRFYaehb2d9MkH0PovvSy+OB1WUlz655A4n Jc39k/l+oKlScnhP8THJg82emO6zUmrOpRSztBHgR8w525c6Ak8ruXIJwQRg4ODk43QahFntH4ni 1CJ0vyPiZ/mSR5Biz3cw9B6gkeeAMrQIPUREBc5pY4InSzPayNgy5zjgALoqXiaaavWqzRNLmx2W Oc3GQ7sAfIZIOexAQSxqsTgXCvcMeM8/wz9/YY5j+SlwzxTs5onhwGx8wfIjsVjyaE1uxqT7czDY bgsnrvkdCACfkc04G2/fYK40q6bes2WRxSMjghYxz5Bh0jsnBPboPffsgvEREBUHEOj2btiKzWlk HIwxyRxyeG57c5wHdvbbOBur5VlvV2BsgptE7mfjkc7lij/medvoMn2QZS1wjHZhLY9MkpOwT40t hvK0+uHOJ/IZ8wvq5M2XjPQjR55AxgjdO0H70DIJHm3Gd+h364X3PqdjV5TBp0TtWnB3kc3kqwn0 Gfmx6k/VXWicOOpXDqWo2nW9Se3Bf0YweTR/v2CDQIiICIiAiIgIiICIiAiKBqus0NIi57s7WE/h YN3u9ggnqLf1Cnp0PjXbEcLOxcdz7DqVTHUNc1huNMqjToCf/wCRaGXkebWdvqpNDhqlWl+ItGS/ c7z2TzEew6BBH+2tS1UBuh0DHE4b27g5Wj+VvU+/6LpX4YgfMLOrzyanZHQzbMb/ACsGwV70C9Qf LWtY0Na0NaNgAMAL6REHiIUQeoiICz+vyabNqVajqUXiRvieSS04ZnABJHTod1oFV6rpr7UjLFdw bYjGBnbP13wevYggkEdwFPBpMpbJXpxPa+B5aZ/ieRj9jghvK7fD99gMkkFfNnSrVeu515k07QOV pisMw0nABdhjCBsOhPRexRXqTnN+CtRtLi53w8pAJ8w0hwHsDj26JYfqV2Ewx0NVIfjaaeONvXO5 AJQd9OoaXpWt1KtRubXhSeLJkkuPync/nt6q71V3JpNx37sDz/8AiVW6Jos9ayb2oPjNjk5I4oQR HC0nJAzuSe5Km684t0O8R1MLgPqMIMrKAWyNAzhrxsOvylo/ovqUF1xoOwNgnr0xK0/0XoAdKcDd 7yDn1lI/oVzLgXwvOSMl5PT9kuz+iDjqYcaMONwGEkD0EZ/9q03CLeXQ2j/xZP8A1FZ3UzysZH3A LcH1Dh/7Vp+GB/8AAaxOPmBdt6koOuvOl+ypYYGtdLYHgM5jgZcCN1jZbRZaiit0nvnjYYAWyBkv hlxaGvBBa7Yg526j3W9s147ULopW5a7yOCCOhBHQqDYoyyNbFZr1tQibjDpgGvHvsQT67eyDAwWo tOpzVtE06Y2bbGxOfPIHPIc3OGtbt0Oc9tsjy/R9Ml8XTq7sOBDA1wd1BGxB+oKgtqTVIZX6fpdG q7kJGMcziBsMNA/PK94Y1StqmlNfVZIzwzySMfuQ7qd+/XqguEREBfLmte0tcA5pGCD3X0iCpfw5 pjjtC9jcEcrJXtbuMHYHHTZQtV1KbQdVoRRwuk0+w3w3MbuWO5hh2T58wG5WjVdqs1SaCShNzSyT Nx4UYy/B747Y65KCxUGfUoo3uihDrEzerI8Yb/M7o367rOP1aWKsKt82ZZ4Hiu6rVaQ+Z2MhxeDk NI3wMd+vRfUOg6nq4b9qSjTtP6toVDgkfxO/5/RB83tc+JmNaEHVLZ2+EqEiGP1e/HzfoPQdV3r8 MWtR5JeIbIfG3dlGt8kTPQ46/T8ytDQ0+pptcQUq7IYx2aOvqT1J91JQcq9eGrC2GvEyKNowGMbg BdURAREQEREBERARFA1nVa+jac+5Z5i1pAa1vVxPQIJ6rNU17TtK+WzODMccsEfzSO/8o/uqGazr 2pwtlsS/ZVWb/LhrjnsSDr+I45du+2O6+aN/Q+HbccMtcRTTE5sGRszx/ORuM+myCwMuv6ywCCMa PWcN3yfPM4eg6N/r7KZpnDtDTpDPyOs2ju6xOed5Pnk9PorZpDmgg5B6FeoCIiAiIgLxerxAHXJC 9Xi9QEREBERAREQFXa8x0mi2mMJD3Mw0jrnIx+qsVWcRtldoVvwATI1ocOU4OxB/sgyNW86G1HW1 RprWY5I2v8TAaSHNOQemDgnqj3AMjHMBywEn3ETh/Uq2r34dSmjZZc8fdYkkawESDYhr2kHBBz6H qDgpLpXCjSXCSpXk65c5v/pcCP0QUer2nSyv+Cidaki+ZwhBfy4c/wDEQCBse/0W50WJsOj02NOQ ImnPuMrLnWYaujS19N8Ke3MHl8jAA0HcDAHYAD0A6nstZpbZG6XVbKMSCJocPXCCUiIgKiuwjQ7Y 1KqwMpPAZbijbgNHQSADy7+m/ZXq+XsbIxzHtDmuGCD3CA1we0OaQWkZBHdfSpdNkdpd77InJMLg X0pD3aOsZ9W9vT2VpZswVIjLYlbGzpknqfIeZQdlGtXYKgb4rvmf+BjRzOefIAblVWp618NAZZ5R p9c/hdKMzSfys7fXp3AVfTZquqlz6EL9LrSfjt2fnszDtgHoP032QStX1z4bljsTGq5+za0OJLL8 9BtkNz9fTdcqum6pqUXLJnR6L9zFE7msSZ6l7z0z9T5q10nQaGkkvgjMlh+77Ep5pHk9cn/RWiCh m0+LQ21blFrhDVaYp2klxdCTknfu1x5vbm9leggjI3BQgEEEAg9QVylc2pUe9kLnMhjJbFC3JIA/ C0efYBB9Pnhj8TxJY2+EznfzOA5G77nyGx39CvmrbrXIzJUsRTsB5S6J4cAfLI91ldLt0bl3iHU7 MXi6bKys4l8XiN2jyQQAcluRnrhTOGX+PreuWPEjsc74R8TAMRSYj6NGTuM7/Meo6INIi4wusukl E8UTGA/dlkpcXDfqC0Y7dyuyAiIgIiICIiAsx/0hV3zcMvcwZ8GVsh9tx/dadfE0TJ4XwytDo5Gl rmnuDsQgz0UlLijT6wmZLWmAD2NdtnbBI7Ob/puAvHcH1JpYn2HMxE7I8GIRl3oSCdvbCrJK9rhV 5hnifc0Qu5mSt/zKpPfI/wB9/RaKhqbHQse6Zs9Z/wDl2mkY9njsfXofTogtGtDWhrRgAYAX0vF6 gIiICIiAiIgIiICIiAi8XqAiIgIiIKqfRIXP56/LGc5DHxh7B54HUfQhcX6G98fKZIc+YEoH5eJ/ dXaIKN+heDUlMEgM7W80fyYbzDcZHV2/mSvrhrXH61VkdNWNeeF3JI3mBBOO3cfUfUq6VVqtOZkz NSoN/wAXCMPjHSePuw+vcevugtUXClbhvVY7EDuaN4yPMeh9V2c4NaXOIAHUlB6viWRkMZkle1jB 1c44AVfZ1Vojc6tyFjetiV3LE36/tew/MLPO1SbU7Qi0aB2pWQcOu2G8teH+Vv5+vugtNasw3KZJ c2rBGQ+O7O7kw8dCwdTvsegwdsqtgs6pqhb9m14I7IBbZtzy85hd3DW9geoI2OVYUeFYzYFzWbD9 St9fvP8ALYf4W/79l016vLSsR65Sa4yQDlsxt/7WLv8AUdUHTTOG6lKf4uw5968dzYn3IOc/KOjV dLlXnitQMngkbJFIOZrm9CF1QFn5+J/B0fVL/wAHn7Pturcni/5mHNHNnG34um/RaBZG3wg+xpmr xmOmbtu46eCdw3YwuacF3LkbB2w23Qaaa/TgsMrzW4I55Mckb5AHOycDAO532T4+n8Z8H8XB8V/3 PiDn6Z/D16brP6nwzPb1S/OBBLBe8HmEs0rBHybHLGECTYAjJGCl3QNUtapHNJZjlij1BlpjnzvH LG3H3YiA5cjf5s5PfqUFha4ipwaxVoMlgk8XxfGeJh/h+RuTzD6HrjGCmp8RU6mj2r9OWC98Pycz IpgfxOAGSM47/ks/PwxqVfTK8I8CWLT69xrDG5xkm8RjuXDOXY7jbJR/DGpanpTHv8CtKdMgqRxu c4n5XteS/wCUcp2xjB37oNc3UqD6r7TLtZ1dh5XSiVpY07bE5wOo/NfL9W02OGOZ+oVGxS58N7pm hr8bHBzvhUNvhiy7U7Fus6sxgs1Z4IcloxE0tLTgfL12wD0SpwxZZq1S9ZdWeG3LNuWPJdymQNDA 0kb4LQcnH6INBNqVCvHFJPdrRMmHNG58rWh423BJ36j81KWJrcH3q1auC6tO9tOSs+M2JYmbyOeD loy4YdgtOPdbCnXFWlBXby4hjawcoIGwxtkk/mT7oOyIiAiIgIiIPHND2lrgHNIwQRsQsve0K1pN iXUeH+UsfvNp7h8kg78vkfT/AJLUogz2iavBahc6kXOaz/Mpv/zYD/CO49Py8lewzRzxh8Tg5p8u x8lTazw4y9Oy9Rl+C1CPJbMwbP8ARw7+6gUNZmbf+E1KNun6odgXf5NrsMevl/fog1iKPXtNlcY3 tMczfxMd/UeY9VIQEReYGc90HqIvEHqIiAiIgIiICIiAiIgIiICKHPqEccpgia6ewOsce/L/ADHo 0e/0BWa1XiKJ8vwjXG/ZfsKdMksJ/jeNz6gYHXKCbatM0rUZ7lJ3i1ZD/i4255Y39OfPT0cBk9Dh Qb2tCzc+ErxO1W7zYELBy14j5kn8RHmf0XaroOr6jLFLrFttSvH+CjUwGgY6E9P69+ilabGeHtQG nSnmp2nf4WZ3Vrv+6cfb8P1CCPW4Xs6jM21xJZ+IxuynES2KP0264/2StPDFHBE2KGNkcbdmsY0A D2AX2iAuVmaKtWlnndyxRML3nGcNAydvZdVzsM8SvKzw45eZhHhyH5X7dDsdj7FBW6TqNaSq0V9N s064gE8Y8AcjmHf5eQkZ78vXfoulDWYrl34N9azVsGAWGxztaC5hOM7E4wexwfRVulV9Tp2JZYaU 8FNlINZSmtiTmnBOAxxc7lbjbO3bbbaRoNeyLElvUqc41CZn3k8hj5GDO0UYa8kNHtvjJ3wgvFT2 eIYq9m/C2lbm+z2NfYfH4fK0FvMCOZwJ2z0HZWTYZG2nzGzK5jhgQkM5G9NwQ3m7dyeqo49BNnX9 anvRyiraELY+Sw5gkAZhwIa4Z8t0F9Xnjs14rELuaKVgex2MZBGQd10WN1nQL013UBVqNcZhWbRn a5rRTDD8wGSHM8/kB6qDqnCmsvuapNUlywSvkrM5Wfe+MMSjJPy4btv1xthB+gIsPY4XutuOYWT2 WNirR1popI4/C5AA4lzg57NxzfIDnPdX3DmnS0ZNVksQNjfZvySsdkEvjP4dx7nY+ZQXSIiAiIgI iICIiAiIgIir4dapT2HwQunkfHKYXllaQta8HBBcG4H5oLBQdW0mnrFX4e7HzNzlrhs5p9CpyIMb JPd4ckjg1gvt6bnEN1gPiQHp83+z9ei0VXUGuZG6SRkkMuPCsM/C/wBD5H9D+ileLXnfNW8SKRzA BLFkEtDhsHDtkeazFrRb2gyus6A34io/Jn0+Q5BHctz/AE/r0Qa1FQaPrENuDxKDnSRs/wA2q/8A zYD6Z6j0/I9ldwzRzxiSJ4ew9CEHRERAREQEREBERAREQEXCzahrNBmeGl2zWjdzvQAblU+q63HS j8S7Y+BiI+WIYdPJ7DcN/XtkhBb2LkVdwYSXyu/DEwZcfp2HqdvVZ/WuIWUnGKzMfGdsylUdzSHP Tmdj5fpv5ZUSqzWddyKsZ0bTn7uld80831O/++6vtH4e0/R2h1eHmnI+ad/zPce5z2+iChr6LrWs Qhl57dK092/wkH43g9eY+vfJz1yFpNL0ehpEPhUa7Y8/id1c73PUqeiAo1+lDqFR9aw0lj+4OC09 iD2IUlEEPTPjG1BHfAM0ZLPEGMSAdHY7EjqPNTFidUsWTqnEoH2hIK0EboTBaMbICYiclvO3O4zs D0P1nanI6XRqUpv25tQtVBHWiqyGMSyuaD4mBynA6nm+UDsCUGoRZPiJl7T9Hbdku2/jAyFrp2S8 teBwc0OcWDBcHEn9l3sBstNasx1YxJI2VwJxiKF8h/JoJ+qDsipeLNQfQ0cthkbDNakbWjle7lbE XZy4nORgAnPY4VHHrFmxo+jtFpxmg1eOnPLFIeWcDO+c5cCOUnPU52QbZFj7s9g6rxA86nJVZQfV ni55HeFnkJLHAb8rj1A3Jx16Kw4et2NVvWb9p8laSNgg+zi533Q/FzvBAy49iBjG25zgNAio9Jnm k4p16F8sjoovh/DY5xLWZYScDtlc4eJXz6o+tDps8kEds1XysDiWkdXHDeUNz/FnG+EGgRZmvxey WQxOpObNXjnkvRtkya4j22JAD8nHQ7ZVfrHEly5w1bkjp2aRMEU0VmMvDd5Ggt5i1u+D2yCM7oNs iIgIiICIiAiIgIiICzvDNG1Da1SaWSzCx2ozObC5jQyRpxh2S3m+oONvdaJY/S+KbluHTJXS0Z5b djwpKcDCJYm/N8/4zsMAnLeh690HGgzVG6bohvnU/BfJOb2HSmXOCI88vzgbdBt3PVR4a+v2Iozc k1Nj4tIkkaI3vbzzBzgwO5eruUtOOuwz3Wul1uhBNJFPLJC9jHv+8he0ODN3FpIw7A3+XO264w8T aPPXlnZdaI4o/FcXsczLMluQCBzbjG2d9uqCt4ZguN1u7b1CKdk1qpWeHOaWtcRGA/IHyhwd2O43 xtlahUOocRxsdUbRLXPffiqzxzRvY+NrwTnlOCNuhIx1V8goNZ4bbbnF/TZTS1JpyJWHAf6OCg0d VmF34e/GNO1Xp820Fr/j6jffuNlrVD1TS6mrVDXuxB7DuD3afMHsUH1Vutnc6J7XRTsGXRO6j1Hm PUKUsZO+7oHJBrD5LenA/cXo/wDNrnoOb/Z+vRX9TVB4URsSRvik2itRn7uTyz+6706f0QWiIos9 6GKQxDnklAyWRsLiPfHT6oJSKto65p9+d1eCyPiGZ5ongtcMddiP6KxQeoub5GRMdJI9rGNGS5xw B9VW3NXbFXMzCyGAdbFjLWfQdXe23ugspp4q8fiSvaxvmSqvUdXbWg8WWZlKuf8Atphl7v5Gf6/k VQN1m3qkxj0Cu+3OMtdftABkf8reg/5ZyrPTuEoRP8ZrM79SuHfMn4Gezf8AY9AgrYbmqa29w0Gs 6rA75X6ja3e4fwj/AE9OiudJ4Vo6fL8RMXXbhOTPP8xz6DsrwANAAAAGwA7L1ARF8SSMiYXyvaxg 6uccAIPtFxgs17IJrzxyhvXkeHY/JdkBERBDdpdJz7rzDl15gZYPMfnAaWgddtiemFxdoOnmSGRs csb4YG12OisSMIjHRuWuGfqrJEFbNoOmzyeJNXc8uDA8GV+JeT8POM4fjzdlWSIgjzUa89ytblj5 p63N4TuYjl5hh23Q7eajz6Jp1iaeaWvmWd8b3vD3B3MzZpBB+UjzGFYIgrRoOmhwca7nvE7LHiPl e55e0YaS4nJwOgJx6KV8DX+0fj/D/wAV4Xg8/MfwZzjHTqpCIK+TRaUlya3yzxzz8viOisyR8+Bg ZDXAbBPsTTvjPivh/vPF8fHO7k8TGOfkzy83rjPfqrBEEVunVG2Lc/gNL7ga2fmJcJABgAg7dDhQ /wDq1pJryQOqueySNsR55nuIY05DQSctGcHAwNlbIgIiICIiAiIgIiICIiAq/QdM+xtHgoeN43hc 3z8vLnLiemT5qwRBkzwV87T8dGeVlhviGv8AeyeK1wzI/m+Yjm8h+q7WuEGWomxyXXAN05lH5Y+7 HBwf182jb9VpkQZ0cLguicZ60RjuRWeWtTbEzDAflwDncknJJx2AWiREBERB8SRsljdHKxr2OGC1 wyD9FlLmi3NBL59DZ8VRkP8AiNOkHMCD3b/p/Va5EGb0XWopq/PTdJPXZ/mV3bzV/THVzfzPlnoo moaVPdsvuVZZr9Oc8wiiseGGnoTsQD07nI6YU7W+GG3LH2hpsxpai05Ejdmu/mVC7UNY057/ALR0 KcSE5fYovLGu9TygtJ9eqCVp3CpZqte8awoMrv53Zl53Px22JA98rRWNWYI3urBr2MHzWJHcsTPd x6/TI8yFkftW/qbeSnoV2yScNdbkc6MH1GA381Ng4V1PWHMm4iulkbcctSAgNA8jjYfTPug4TcRP vXWwaXA/VrgPyyOaWwRHzDfTzP06qfU4SmvWW3eJLbrko3bXacRs9P8Alj1ytHRoVdOriCnAyGMd mjr6nzUlB8QxRwRNihjZHG3ZrGNAA9gF9oiAuVixDVgfPYkbFEwZc9xwAqLU+KY2TfB6NF9o3j1b HvHGPNzun+98Kpr6Pc1qcTapY+0HNOQwEtqxH0xjnPtt2JQSLnFdrUeePh+ACFm0l6yOWNntn++/ oo9XhZ+qfe6lLPaedvHslw2/gZkED3x7LUU9Jgr+G54Ej4/wDlDWR/ytGw9+qgaxxB9nx2JshkNe QROdyF7nvIzgDIAAHcn/AIhVS8B068jpK3ivYBkAScsrSO7XdDnyIHuvamtX9CbjUXSahprXcvxI afGhP7sjT/vfqeisdI4iOo122mYkreKIXksMb2OJAG2SHAkgbEdVbXNPjsuMrT4c/Ly+I0ZyPJw6 OHoUHarahu1mWK0gkhkGWuHQrssYdOvaLdfLpXLXlkIJqk/4ex58pP4Heh+hwr3Rter6oXwuY6rd jOJK0uz2+3mEFsiIgIiICIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAiIgIip+JNVm0mvTfC6Bnj2 2QPknBLWNcDl2xHTHmguEWTdxPcD3wRfCWM3YKsVyNp8J3iNy75eY5LcYwHdx076KkL7XStvOrPA I8KSFrm5GN+ZpJxg+ROfRBKRZODie4/VDX/wkmNTdT+GY0+KIxn73PMdhjf5cbHcK8+29O+M+F+I +88XwM8juTxMZ5OfHLzemc9uqCwRV8ut0IJpIp5ZIXsY9/3kL2hwZu4tJGHYG/y523UW/wASU4dN fPWkdJM+s+xCzwJDloGznADLWk43OAfNBdIoul2X3NKp2pA0PngZI4N6AloJx+alICKJqOpU9LrG xdnZEwdMnd3oB3KzVvVdW1giKqHaVUf0kc0usSj+Fg6D/eeyC61jiClpPLHIXT2n7Mrw/M9x9uwW emj1bX5izUXyV4Cfl0+s75iP/Ff0aNu/rgZ2VrpPDsdVpPIYA78Z5uaaX1dJ29m49+yvoYYq8Yjh jaxg6NaMBBV6foFetXbE+ONsY38CIHk/82d3n1P5BW4AaAAAAOwXqICp4tPjsz33l72OfNh3KQWu Aa3q0gg/krhQ9P3bYd+9O/8AQ4/sggXNMigZVPiPcW2YuRuzWg84OeVoAzgHsrtQdSHNLQb52R+j XH+ynIPiWKOaN0crA9jhgtIyCs/q+h+J4cg8WRsW8csR/wARAe3Kf22/wnfyz0WjRBmKXEMtDlh1 x7XxPOItQib92/0eB+F3p/pvpWua9oc0hzSMgg5BChXdNjseI6MNbJIMPa9vNHKPJze/v1WdZFf0 Cc/ZcZkhdvJpsrskY6uhd39v08g2KKv0rWKerRF9WQh7SQ+J45XsPqFYICIiAiIgIiICIiAiIgIi ICIiAiIgIiICIiAiIgKv1fTPtP4L77wvhbcdn8PNzcufl67Zz1VgiCv1jTPtOGuGzeDLWsMsRuLe ZvM3sRkZG56ELtShtxOldcuNsF5HK1kQjZGAOwyScnc5J9MKUiDOs4YeLRdJda6v9onUfDbDh/P2 bzcxGOnbJ9FzsaHXq3GOs6nFDVfqPx7Y5Ghr3S4/CHl2CM9uXPbPdaZR7tKtqFZ1e3E2WJ3VpQZs 8FfO0/HRnlZYb4hr/eyeK1wzI/m+Yjm8h+qlTcMPdHEILrWPGnfZ0hfDzBzNvmADhg9e5CVrU/D1 iOhqUzpaEh5a1x53YezJD/Q/7Ht7icOsPpaLXdftsPzuG0UX8zv9+6C0riDSNKrQ2bMbI68TIvFk IYDgYzuduipLHE1i61w0Wu0QA8pvWctjBzj5W9Xn2/JRoNEs6tOyzqc3x7m7tDvlrMP8Ler/AH2B 8ytJV0yGu9sjiZZWjDXOGzB5NaNmj2+uUFJp+gyyWfjbL3zWXb/FWWjmH/8Azj6M+ufZaCtThqg+ E087vxSOcXOd7k7lSEQeIvV4g9ReDdeoCh6ZvUccYzNKf/2OUxQtJOdOid+/zP8AzcT/AHQe3Dm7 Qb/4rnf/AK3D+6mKBZ31miM9GSu/9I/up6AiIgLlYgisxGOVnM3r1wQfMHsV0XqDLarokjLDLkcz 4bEY+S7EMu9pW4w4ev5hSqHEJbJHV1qOOpYfkxzMdmCYduV2evof7q/VVe0eGxDKxkcb45d315P8 tx8xjdrvUe+CUFqiyNSxqGgAsYye/RjHz13kGxWHYj99mOnt2wVo9O1KpqlZtinM2VhG4B3b6Edi gloiICIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAiKv1XWaOjwiS7OGE/hjG73ewQWCpdX4lp6bIK 0bX3Lztm1oPmdn18v6+ip5rms664Ndz6VSfu2OP5rMw9v2R67Y9Va6Rw/DSjIbEK7HfiY080j/V7 +v0GB7oKn4PVdbsuOqynw/8A+urvwxo7eK7cde258httMZXGiOjg1Fom0xxHLL+zC49pB+03oA45 xtnzGkjjZEwMjaGtHQAYCSRsljdHI0PY4YLSMghB9AgjI6L1UTTLw/Jh3PLpJ6Hcuq+h7ln9PZXb XNewOYQ5pGQR0KD6REQEReICIvUHiiaQMaTT9YWH9F3sv8OrK/pysJ/RfFFvJQrtxjETRj6IOcm+ sV9vwwSHPu5n+hUxQhvrTv4a4/Vx/wBFNQEREHi9REBERBxsVo7AaXZD2HLHtOHNPoVmr+kSVLDr dewKNo4/xUbcRSnylaNhk/tdP6HVrwgEYPRBS6bxAJLLaGqQ/A3zs1hOWTerHdD7f1V2qPVNCinr mOOBk9fqazzjB843fsn06e3VVdPVLmhkxzGbUNNjGC7l/wARV9Ht6kevT+iDYIuFS3XvV2z1ZWyx O6Oau6AiIgIiICIiAiIgIiICIiAiIgIiIC4XLlejXdPbmZDE3q5xwFQX+LGvlkq6JAL07Bl8ucQx jzc7y+qgVNCtatOLuqSi9LsWmQEV2fyt25/0B8z1QdLvE17VGeHoUJhruPK67YGBnyYO5+hPp3Xf R+GRDL8TO+SS07d1uf5pD/I055fc5PoFe1NOgqkPA55QMc5A2Hk0dGj0CmoOMFaKuD4TMF34nE5c 73J3K7IiAiIg8cA5pDgCDsQVSGOXh97pIQ+XSnHL4hu6t6t82eY7dRsrxeIPmKWOeJssTw+N4y1z TkEL7VHNBNocr7NKN0unuPNNVYN4j3dGPLzb+St61iG3XZPXkbJE8Za5vQoOqIiAiIgiaqcaTcP/ AID/AP0lSWjlaB5DCr9ftRVtKmErw0yN5GjqXE7bDv1Vkghxb6vYPlDG39Xn+6mKqNkV7moTGN8g j8NrmsGXYxnp3xnKsK9iK1C2aCRskbhkOBQdUREBERAREQFC1PU4dMg8SUOccF3K3yGMnJ2AGQpU srIYnSSvaxjRlznHAA9Ssdq1mXiCaObTZPAowhzH3J2/I4OIBa1p/HnAGCOuEEscawYixTllfP8A 5UcJLnO674IG23bK4Ngv6jqrLt0lliIfc0qrgCwH/vZMfmPyHYztD4fg0+ANqxPgDh888n+fJ6fw D06+x3V7XgirRCOFgYwdh39fVBm+F456nEGtU3mIRNMcvJFkMY5wycDt/wAAtSs9w1mbVNdtHcPt +ED6MGP7rQoCIiAiIgIiICIiAiIgIiICKBqusUdIg8W7OGZ/Cwbuf7Dus1Y1DV9dc2NniaZUk/DG wc1mYefk0epI+qC81XiShpsnw4c61cccNrQDmeT5HyVG6vqvEEhj1GUsh/ap1nYa30kf3P8ACMn2 VppHDUNJhJY2LmHzMjJLnfzP6n2GB7q9jjZFG1kbWsY0YDWjACCuo6LWqxMY6OMsYctiY3EbT547 n1O6tEXiD1ERAREQEREBEXiD1UdinPpE77umRmSu4l9im3v5ujHZ3mO/urxEHCncgv1WWK0gfG8Z BH9D6ruqe5RnpTv1DSm5e4809Xo2b1Hk/wBe/dSI9WgsUPi6odKNwY9muaR1Ds9Md0E9zg1pc4gA bknso7rDskxQvkAI3BxzZH7OVEdFLqcrJXNMdZu4bKM+J68vl/Nv6DqoM9yy2xqBoxSGODBa6ERu D3FoceYuOe+NuwwPJBIlo1oYZbWsSs5D+Pnds4eTj+0PJoAHplQcXbD4W1LljS6b3FkRsEOkkOD0 a4EgYBO5z6DZWFaKrq0TdQicHWQzkYX/ADtgkxvhp2yCevfzXxbdDSimsapO2vA7mbK1z+YTjlAB A6tPXYIOVCYUHfZusMb4k7jy2SeZlk+pPR3QYO3kuvwL9LuG3WMjqzsmWJu5O3XHfG2/XzysNxFx i7UK507ToRDRA5MuGXOA6denT3VvwpxDqNeMVtTY6aJjOfmzmWNn7zmjcjJHrg53CDb1JxarRzBv KHtyBnP9F2VNfm0+YNnZdiE5ZmAiwGZz3B3699iDtldtKvzTukgsxlssQ+Z+MZ/mH7J/MHqCQgs0 RcrFiGrA6axI2KJgy57jgBB1VVqeuV6ErasTH27z/wAFaHd3uf3R6lVdnWLmqsJouNDTyeUXHtPi TekbOpz2P/JTNK0YQxuwx9Zkhy8l/NPN6vf1HsDt5oIRpWtWs/8AxRzLL4zkU4nH4eE9vEP7TvT+ xyr6vRbG5skzvFlZs3bDYx5Nb29+qkxRshjbHExrGNGA1owAvtAXy9wYxzj0AyV9KFrU/wANo12b 9yF5/RBWcEtJ0I2D1s2JZf8A8iP7LQKq4XgFfhrTmDvA1593Dm/urVAREQEREBERAREQERUeo8SQ wySVtPjFy0wfPhwEUXq9/QeyC4nmirwulnkZHGwZc95wB9VmbfElq/lmhxtjgBw69YGG/wDkb1cf p9O65RaTc1idtjUpBaIOWB7S2tH/ACs6vPqcD3Vy/wCz9GAlsSF07/lYXDmkd6NaOg9AMIKnSuG3 Osm3ZfK6Z27rE4zK7+UHIjH5n2Vw+1U01xrVYjPaduYo/me71cT09yVyDdS1UfeF+m1T+y0gzyD1 PRg9sn1CsadOvRh8KtC2NvU43JPmT1P1QU9qTVqr4L9qxEyMytjdUjGWhrjjJcdy4EjfAGx23V+s 5xhq9KnpxhfM11jnY9sTTlx5XAn22HdYbXuMtQ1gOhYfhap/7OM7uH8R7+3RBv8AUeL9F0+QxSWw +RvVsTS/H1Gy7aZxNpeqStir2MSuGQyRpYXe2ev0X4urbTdWbFE2nfa+SqHczHsOJIHfvMP9uhQf qWu8SUNCDBac98r/AMMUYBdjz32XDR+L9K1eYQRSPhnP4Y5gGl3sQSPostQq6ddvOk4hmdcFrDa1 0PLYzgY5TjHK70P/ADqOKeHZOH7jHRPc+tISYpD1B8j6+qD9fRZfgfiF2sUXVrLs26wAJP7bex9/ NahAXiE4TqfRAReogLnPPFXZzzPDG+p6qHd1NlecV24bIRkvk+VjR5k9/wDe4UF7mfBz6l8SLUlb mfmKbLTgZA2Hyj0HXuSg6Pu3NQlMVJjo42nDnk4P1229hk+fL1VfrGmsqa3W1WC8IrziAYOQls2w BwG5I2779B5KyM91tl1IzQtMkBkZYbAWtYQRnYuOeufTvlfVOrHWleKkcksxf4dixOTzj5cggkYc NxsNt/TCD5u15bL3faU/h0y8MZBX5iZMnA53AZwfIYHmSuZYNPOoRMqvDJceAyJmzvkDcbbDcd1G 1O7U02F0mqShhe10UzC1pltNGzXDlI5R16efZYvWuLtR1d4qUQ+tW2ayKIkvfjpkjc+w/VB+lNe7 TdCD5Wguq1suaDseVu/9F+WaobGu2XagLfiQdXiZ2PhgT0I8vIgb+Wdls+Edcs2ITp+pu+JnaQ3L AZCGnP4z0/3uuVnhGpJJIDbr0rVyIsfDFu0/OHZaCQejdx/RBho5WxSCvpMT5p3HHjlmXn+Rv7Pv 19ui2XCeh3tFtm3acHXbML/Drb/NjBPM/BDTnHmr3TdAh0pjq2nReAS1pN08r5HHO7SCNth7b9FJ +HY2tK+yxtWnyyGaAAEOyc85cNxsDsPP0QVwpObS1h0Vh9Uc8hdHGGFpPhgnq3PUnphTdJt0dW08 RwOLXsY2OSN7RzsAxsQc7fmN+qi3INOabNm3NPWoO5Xu+/5YrGWjoBuegBG2fVRLNufUntkgjOmV Hjw2zcn+JsAfssbjIHqgnza0achpQRuvag5x5a0TgWxj+J2Byj3ye3qoMNGxqNsTXns1Cy05DASK tY+37bh5b+pHVWGnaKxkHh+D8JVJyYGuy+U+crup9h9Segu442RMayNoaxowGgYAQRqtFkDvFkeZ 7BGDK/qPRo/ZHoFLREBERAVDxtMYeFrgb+KQNjH1cAr5ZzjA+KNJp97F+PI/hHX+yC+rxCCvFC38 MbA0fQYXVEQEREBERAREQFwu24aNOW1YcWxRN5nEDK7qq4og+I4a1GPGfuHOH/l+b+yDNv1exxCY Y3yvq1rT3MhrRuDHS8vXneen8oG60enaFWpxMa+NjgzdkTRiNh8wO5/iOT7Knr6bFqXDdSdkZ5Xx te5rNnMcBjnYezttx391Xfa2rQ6lW06z4lgyElk7JC0SNA2LQ0t38wSTnyQb5ZviWs37QgskEvET iwk/gc0hwI8s7g+il0dR8Gw+vbsAckAleZHj7o5wWl2wONuu48zlVOr6g7W3sZpLcwxlzH25QRGe ZpBDe7j5Ad8INJd1Cpp1czXJ2RM6AuO7j5AdSfQKhs6rqOpczKrX6fWIyZHgGZzfMA7MHq76LnBR ayV1mxK+xbYBmedw+79s5bH6AAn2yVJDXveY2MMj9ncpb3/eLT06bOeSdthtuFdHpNUV3QcmRYB5 nuJc+Y9c52c8DY7crR1ORusVrGjTae8zMaZKhdhkzRlvU7EjYnbsSv0Z7WdSfHc/YncteR2z+KUj yHyjfOMKJca29EY7LfEYflDTggfwtwCM+jASMYLgg/L17jbKudV0GancEMH3viHDWAhz2+hAzv3w M4HVcbmlGjSE05JfIeVjW4IBHXJ7keQz6kdEHHTtSkol7C1s1aUYlgf+F4/sfIjcK61XVHWOHhWZ IbVMPaYnPd97XcP2XeYxnB/5LLqfpE7IrrY5gXQTjwpG+YPf6HB+iC3/AOj6Z0XE8TQdpI3Nd7Yz /ZfrOcr8j4LZ4fF8DM55S8e+xX64g85V9Iqt+oTWZDFSiJ2Ic53ylh7E56e25PljdBPM8QnEPOPE I5uQbnHn6KCRbvOmjc1jKrwWgvZuR7Hr9dvdfLDBo0Ln2bHNJKR8oGXPd5NH4nE/U/RQp5b+pzGE h9Zg5XOrRvDZnMJxlzuje+wJO3VByl0qG5qTo3CWSNk4a93MegjDhkgjBJJGewwBgbKTrEIjF6ON p/xFF45QOrmg4/QrnmPQbTooqc3w73tdGK7HOAHKGnIAOTkA77nOd1G1XiitQnis2Y3MexjhHWJH iuLsbuAJDRt3OfTZBPM9HULsLGSwWYGVZGzEODmgEswHYON8Hr5KbHUFdnxLnCWzHCWCUDlBbnIH KDjZfler8Q6pxDL4J+WFxyIItge+XeeMZyenotXwRreIZNPvXGSiFo5XuPytyccnN+1uevTyyEGS tmDXJ5r75zXlHz2GPy/bIGWd+4GD081zptnuS/BaJWkLnjD39ZHD1PRrfQfUlbqfhHTpZJ5+SWiJ wY3V2uaeYhwILdzjIHT17KdRrQ0K8VfTYfg2TMEkTS0iaR7cktfkHAxgZznc4QROEOHjoM5dPO6S zYjPM2NpMbQD05sdd/Tuut6nLLS1qZthoBc/ma6IOPysGMHYj65x1GFcV2soQPmmdHXhdhzo9g2N xPzfN3ySoOsMqUYJ5buoSQVJ3Fz4G4zISAC1pxnfG4H6BBY/FgckcDfHeHtZIGPBMWRnLsny+u6p ruptNuKCpH9papCHA+ES2KIO2y/cjt03O3ZcLU97U2ZmEumUZdmQRN/xVnA6Y/ZGMe3c4Vjp+isZ VbA+Flar/wDSxH8Xq93Vx9OnbcIK2rp01y221PI3UbTPwyvGK0Hoxv7RHn6dchaGpp8Vd5lcXTWX DD5pN3H0HkPQbKU1rWMDWNDWtGAAMAL6QEREBERAREQFmtZIn4y0KvjPhCWZ3/27fqFpVmISbH/S LYJ3FWkGj0JIP9yg06IiAiIgIiICIiAudiIT15IndJGlp+owuiIM5wJI53DUMb/xQvfGfoVJ1rRo LteRroy5jjzuYzZzXfvs8j5jv7qHwePAn1mpnPg3X8vsVpUGCnk5bFHT9VrRSsYHCCdjMxzAkEfK MfNkbg4Gdzt1uBJjlAwCPkAaR8o/dy0bn+GMe56FT9Y0iG7BI10XPG85fGNjn95p7O/Q91nYLNjS p46tl/M1+WwWwC3xB2Y47lpHTlaMk43HVBbeEYw18uWlmS2NvKHN9SfwsHXuT13JJC+HzAsMTWgR kcxYG4Dsnc4JBP8AM8gHsDlcoQXyNaXcjA7HNs0ZP1Ib7Dmd5kL2nYrXqxs12sZFG9wyDkuIOOYc 3ytz+8ST5eaD4ke2JjprLy1jm7nBLngb4AOCR6nlaNsAg5UJli5qEvhUI5IWuaBzYzK5vYdg1vqe UeQcev3ZFi/qQqxSiJpcwyNDSA4uJLTlwy4ANJycAkAADfOvp1IaUIigZyjqT3cfMnuUFTpfDUFV vNYw95GCxpyMeROxI9MAeizn/SfCGN09zQGsAc0NGwHRfoKw/wD0oMzp1F/lK4fmP+CD83XWqcWo T/G3+qkaZpN3VZxFSrulPcgYa33PQLaQ/wDR6INNfI+cy3xh7Gt2YCN8eZz0z+iCj4XAh43ib5Sv H6Ffo93VvDlNanE6xZ6crRsz3P8Ab8yOq/MtHtxR8Ysty/cQ+O5zuc45Ac9SrzVuOYaznxaFCCXH 57MwJLvYHc+5/JBtKlSd8Dn35HGaQbhjyA1vkMf7/qpsUMcEQjhY1jG9GgYAX5jpXGGuWbgifqFd rj+Fs0IDHHyJaMjP+yFc63xrPX0zwGV3VdVLgx7HjIYP3mnoc9vf03CXo00dfULEeqAyXiSHyyAh 7G5IGP4COhb0zvjqpdqvZdqgqVAX146rCwGy6PlJc4ZyAS7YDr5L8wm1TUZLLJ57Mzpoj8rnkkty tnw3rovPZ4rpa82DFiPo8dflyCAd/wAJ9weoQfetcS34NGoVa0vJengD3vIGSOnynOMkg9t+2+yx BruH+I1CR7A/5gDvJL7Z6D1P0z0X6lqfDGm6xpkMTPkdCzlhmG5GOx81Rv4OE12m7VbZexkbIOWI FznuwTgnGwx3P6IMhUr3NT56+n1/DgA5pSDgBo3y9x7DGcemwWz4U05mixyXWRmw0kRzSl/Ly7j8 LMEkA4O+D6K4FMVtLY1kcdWISRMdVjw5rXeK3cuABJIxnKlzV21OHJoeZuGxu3xgZOT/AFQdp688 ll7WNOHYlZPJyvEbhgcrW9Rtnf1X018deWSCpEZZPFD5m8+OQPyS7fr06BcNXuwUoIpLlrw4XNLH QhmXTEjYDvkenmqeV1vUWxxXBLRokYiownNicDYcxz8o+vuUHefUpJbDqum41G+1pjlmOW14RnOX DJGRt0ydvovilpjrFr4oS/HW/wBq9O3McXpEzp9enqeisaWkD4dkdiJkNZuOSnF+Bv8AOf2j+nv1 VuAGgADAGwCCNVoxVnOkHNJM/wDFK85c7/QegUpEQEReIPUREBERARFD1PU6elVjYuzCJnbzcfID ug7WrEVStJYncGRRtLnOPYLKcCTSale1jVpGkCeVrGZ7AZOPyLVV2bOrcdTCvTjNXS2O+Z7+hPr5 n0H1W30fS6+j6eynWB5G7lx6uPclBOREQEREBERAREQEREGa0nlg421qAZ+9jimx9N/6rSrMTkVv +kSsR/8ANUnNPuCT/YLToCqtW0uK7DIDF4jZMeJHnHNjo4Hs4dj9CrVEGKryGhN8HqMYsQSxujhs OBBLQDlpyflIAOQBknfK6aLBDW0mvHHGGP5fGeebm5SRnIBPKzbbJ38gc5VxxFGyHSrtkbOMRaRj OSRyg+4z1VDNJNp1qOC44GrnlrzNGGscBjlIxgOGPxEE46YyUH1XLWcStPKMyeC/o7J+ZwyS45d1 64APYY3W1WEaWx8R1zs1zmt5h3BEjD82STkg5y45xjYDAW7QRr92KhXM03NjIa1rRkucTgADzVPb 0iXiJ0TtWhbXqRu5mV2nMjj/ABOHT2H5rpxZQba0z4gnJp5m5D+F4AOQe426EdClfWa+n6UZtRuZ DHlrHOHzyDAIGB1OCOnuUFtVq16UDYKsLIom9GtGAqnVeJYKT5K9SJ124xpc6KLowAZy53QD9VVX 9UvamXMc92nU8Aua0jxnA9OZ3RgO2AMuPYHooB8OrAa8MbYY2EZaAcBx6c2c8zj25skbYaOqDEXr b7luedzQzxpDIWN6AkqOtLqeiOsc9iBpa8HDmncud5dT823TJJJ3AWbc0tJa4YI7IPFdafq0cscV TU3PLIzmCy0Zkrn+7fMfkqVEG21mSHVNN8HURFHqLG+JWtxjEdto7Z6Akdj0PlkhVPBssZ1gUbLQ +tcHI5p/eG7SD1BB8vNQNO1P4eN1S3H8RRkOXRE7tP7zT2d/VSo6J03iCg6KTxa8sjJIZRtzNJH6 joR5oN++W3oMwM7zLVJAFh22R0Ak8j2D+h2z5qc99ewJ38wYySI+PExpEziAMEEHJwNhjPUYKtHx sliLHtDmuGC1wyCFktRrwcPXIpGWR4e/w0WOeZjjtysH7TT0wSMdjlBoZGS3asrC1sTMNfC9xJJI w4FwOMYI6LOfGXLk74qkkd4xSF3OflrVj1yXdXkdh0Hkulv43VnsZqfiV4JBlmm1z97KPOR37LfP oPqrinpQ8KNtlkbIIx93UiGI2+rv3j77emd0FdpmmPfL8XHIbVt/4tRsN2A8omdMevT36K/qUoag cWAukd+OV5y959T/AG6KR06L1AREQEREBERARF4g9RcbVqCnA6ezI2KJv4nOOwWG1DiXU+I7TtN4 dieyI7PsdDjzJ/ZH6oLniPjCrpOa1UNtXc48Np2Yf4iP6Df2VTpnCuoa7aGpcTSv5TuyvnBx5H90 enX2Vzw5wjT0UNnkxZu95XDZn8o7e/VaNBzghirwshgjbHGwYaxowAPZdERAREQEREBERAREQERE GX4kxBxRw/Zxu6R8R+oAH9StQsxx191U062PxQXWHPkCD/oFpgcgEIPUREFTxCDJWq18ZbPbiY4e gPMf/SpGo6fHchka6NrxI3lfG78Mg9fI+R7KPqH3uv6XCCfuxJM4ezeUfq5WyD84s1ZtJvU+Yukp Nl8OOY5zGSWkRuaNgQRnON85yV+iucGtLnEADclQ9Q0+O3G/5GOL28r2O/DIPI/2PZYvV47FbwoL 1mxNpbTyBriAY3dmyDIz6EnGNzlBc6vr41CCelpTRK2QGKS07PhtyCCG4BL3egBVNBSipObI5zp7 JwwSuPM/IGMNAzgjA2bkgdXBfRnDY2siADQ3DQ3GOU+WcDHmTyt8g5dWQZBM5AHKByAjcdgc4w31 IAPZp2KD5AdM9ghBySS0tOd++CDueuS0483rtFXY3lLHNe5oIaWkYA78uMbeZGBvu495LY3SOEfL 1IaWDYHyBJ6DyyCT2aF9Yy5wwAMgOydiR0z138geZ242agjmOPZ2Q4Bhxvhob3x0Ab5n5Wnb8Sz+ u6M2fmngDWygDLcY5h0G2BjyGQM4AAPVaCd7Y+ZxcRklxJPUjv16/UkY3c3oo0Mdi7I1lVrgDkhw 3Jz1LegPq7Yeru4YJlWeSz8OyF7pslvIG/NkdRhdr+nuoeE2WRrpHt5iGjLQPR3Q+4yPUr9X0rhu rSaXSRtc9wHMB0PucDm9sAei/NuMeb/rReDnF3K8AZ7DAwEFKrujZa/TqDJX/NVvNLSf2WOwT+rS VTwwy2JWxQxukkccNa0ZJ+i2ujcJNrNaNUDp55MPbQiO+3Qvd2Ayf+J2QaWfXpr5kh0QMcxn+bel 2hj88H9o+23quemaVmZ1mCR80z9n6jYbl7vSNp2DfXp5ZVpW0tvJGLYjLGY5K0bcRR46bdz6n6AK zQRqtOGq13hg87jl73HLnnzJ7qSiIPF6iICIiAiIgIi+XvZGwvkcGtaMkk4AQfSpNf4lpaFEfFcJ LLh8sDT8x9T5D/e6oNb4znt2fs3hyN00ziWmYDP/ANo/uf8AipXD/BMcEov6074u4483I48zWn1/ eP6IKutpes8aWG3NVlfV04HMcbdsj+Ef+4rdafp9XTKra1KFsUbew6k+ZPcqSvUBERAREQEREBER AREQEREBERBQccReJwrcIGXR8jx9HDP6ZVvQk8WhXk/ejaf0XDXYTY0K/EBlz67wPflOFH4Vn+J4 aoPzk+EGn3GyC3REQVcY8XiWZ2P8is1g93OJ/sFaKt0zMl/U5j0MwjH/AJWgf1yrJAULUKLLcbvl bzlvKQ4Za9v7rvT17dlNRB+fS1naFO44d8C527nZMlZx7OIySPJw3OwyOqsa7Wt5SXAM/E57nYwO 5yM4AGdh9Xdlpb9Ntpmwbz4I+YZa4d2uHcFYiUQ0IpY4xLJpbJh4oJBaHdmFwBJjaRud8nA7FBI+ EdYvnVC8GizLa1Zx/DkYDi0YABGSMkHcZK7SOdjB2Gccu3Ty6f1AHk09UFhjmCWIgAguD+mQdiRg nA8yCSdsuC42GlsZDiWjYBoaC52dwAOwPYbA9Tz7oOdGnJrl0Fz5WQxv+VowA7lO7sHJIBGBkkkn O2MDcV68VdnLEwNz1Pc+5WZ4IIEAABH3bhgncYlf7efkrfU9dr0ZRWiY63dd+GtDu73P7o9SgspZ Y4Y3SSvaxjRkuccAL8yvaJLxHr92/BI2LTecF1uTZpAAB5Qev9PVaV9KxqNpr9a5bMrTzR6dCfuo vIyHuff6A9FeV6GXsluFksjP8tjRiOL+Uefqd/LHRBT6JocVOPk02N1eMjD7kjfvZf5Qfwj1P0Hd aCrVhqRlsDOXO7j1Lj5k913RAREQEREBERAREQEXiyHEXG8NRxqaQBatk8vMBljT6fvH2QX+sa1S 0asZrkobn8LBu5/sFh3P1zjqyWxg09Ma7qc8v/8Ap3p09lM0bg61qVn7T4kke97zzCAnc/zeQ9At 1FFHDG2OJjWMaMNa0YAHsgr9E0Kjodfw6kfzkfPK7d7/AHP9lZoiAiIgIiICIiAiIgIiICIiAiIg IiIPCAQQdweqwGjalLwjrMmjakQKUj+aKU9gejvY9/JfoCp+JNAg16gYZMMnZkxS4/Cf9Cgt2uDm hzSCD0IXq/O+GuIbGgXTomt5ZEw8rHu/7Py37tPY/wBlutRsfDaZZstI+7hc8H2GQgicOfPpZsf/ AFE0kv5vOP0wrVQ9HgNbSKcJGCyFoPvjf9VMQERV+q331GMhrMElyweWFnbPdx9B1P8AxQcNTsS2 rI0qk8skcOaxM3rCw+X8R7eXXyXeTSoBUjgrxsjETDGwFuWluN2uHcH/AIr703T20IC3mMk0juea V3WRx6n/AEHZTUH57bqzaFLJJXjPwrXAyRubzOrHOzm52c3ycQSOmxyuj5oTA6VrmlobzOkccAA9 yTvg+mC7HVwW0uUo7XK52WyMzyvHkeoPmD5FZyHgpsNwPNmOau1xfHXljJZGT5N5sFBV6EzVJqz5 K8rNPoYc023NAL2lxI5G7Y64B/LdaPS9IbWiLKUb6sT/APMnk3sTepJ/D9d/QKwh01gnbYsyPszN /CX45WfytGw9+vqpyDjXrRVYvDgYGtzn1J7knufVdkRAREQEREBERAReL1AUPU9TqaVVNi7MI2Dp 5uPkB3KpeJeMamjB1evy2bvQsB+Vn8x/t/RUGm8OapxRaGo69LJFAfwM6OcPJo/ZCDnd1nWeMbLq OkQugpdHknGR/G7t7D9VquHOFKWhsEmPHtkfNM4dPRo7f1VvSpV9PrMr1ImxRN6NaFIQEREBERAR EQEREBERAREQEREBERAREQEREBERBScTcOV9fp8rsR2ox91Ljp6H0WP0+/qUFK1w5qUbgQ6OJjid 2hzwMZ7gjoV+lrMcXxvls6bBVhjdZnkdhxb83ytJAz5Auyg0wxgY6L1YHhPieajY+xtbLmOYeSOS T9k/un+xW7kkZFE+WRwaxgLnOPQAd0HG/dioVXTy5IBAa1oyXuPRo9SoulUpWPfevYN2cAEDpE3s we3c9yuNGJ+qXBqlppbCzapC7sP+8Pqe3kFcoCIiAiIgIiICIiAiIgIiICIqLiDiihocZa93jWiP lhad/qewQW9u1BSruntStiib1c44AWC1bivUNdtfZvDsUgY7YygYe4ef8I9/0Uavp2t8bWhavPNe iDluxDceTB391vdJ0ilo9bwaUIYP2nHdzvcoKLhvgmtppba1Dls3OuDuxh9PM+pWsREBERAREQER EBERAREQEREBERAREQEREBERAREQEREBUs+ZuMarCflrU3ygeRc4N/oCrpUmnNE/FGrWOfm8FkVd oDs4GOY/qf6oOHFnDEOuVnSwtay8wfI/pz+hVDo+omeKjpms3m/Dskxud5nA7MJ/dG2SepwOxWk1 m1Yu2xomnvDJZGc1mfIPgxnbYfvHt+fqq/iLgutd06Mac1sNmuwNj6ASAdj6+v8AsBq16sRwhxRI JRo2sc0dmM8kb5NiSP2T6rboCIiAiIgIiICIiAvF6iAviWWOCN0kr2sY0Zc5xwAPUqu1vXqOiV/E ty/eEfJE3dzvp/crBvm1vjm0Y4m+DRYQSOjG+pP7RQWevcbS2ZRp/DzXSSSHl8YNySf4B/f/AJrr w/wKBILuvHxp3Eu8Dm5hnzce59OnutBw/wAOUtBgIgHiTvGHzOHzO9PQeiuEHjWhrQ1oAaBgAdl6 iICIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAiIgIiICLP8Q6hYq6xpNaKzPBBZ8bxTBCJHnlaC3A 5XHr5BNN157OF6Oo6l4b5ZvlcWSxMBOTg5c4NzgbgHOc7DBwGgWS07UZKlK5PXrGa5qN+X4WMjHM BsC4/ujBJ+q+5OLHzTvdQhbJWOlyXGue3DmvaXDDtxtluNsnPfG67Hi+tWo033opG2Z6gsvjYWNA b5jmcM53w0Eux1CC00bTG6ZU5XO8SzKeexMdzI89T7eQ8lYLO3eKKZq3nRG42OrHDI6xCxnSTlLe UP8AMHuNsHvhdv8ArXpv2p8BmTn+I+G5/lx4nly558Z25uXGe6CDxlwsNXj+Np4bdjb0G3igdvfy UXg3ip1lw0rVHFtpnyxyP2L8fsnP7Q/VaLS9ag1SeaOCCywREjnkjw0kEgj+E9+V2HYIOFRcY8J/ aLTqGmtDLrN3Nbt4uP8A3INeixvBvFbrpGmao7luM+Vj37GTHY/xLZICIiAiIgIiialqVTS6psXJ mxsHTPVx8gO5QSicDJWM4k45hpl1TSeWez0MvVjD6fvH9PdUupcQ6txZb+z9JifDWdsWg4Lh5vPY en9VquG+D6eigTTctm5t945uzD/CPfv19kGf0Xg27q0x1HiCaVpc7PhO/G/3/dHp/RfoEEEVaFkM EbY42DDWtGAF0RAREQEREBERAREQEREBERAREQEREBERAREQEREBERAREQEREFfqOksv3Klv4mev PU5/DdFy/tAA5DmkdAo7OG6cNfT4q0k9d9Dm8GVjgXDmB5s8wIOc56e2FcIgo6nCun1GRMY6dzWV 5Kzw54+9je4uLXYG2CTgtwfdfQ4bhY2Aw3bkMsNY1PGjcwPdFnIaflwMdiAD6q6RBS2eGKVmPUI3 y2QL4hEh8QEjw8cuCQT23JzldodDhguPnhtW445LBsvgZIAx0hGCSQOYjvy5x6Y2VoiCt07RYNOu z2o57Msk4DT4snNgAkgebsZwC7JAAGcKyREGQ4x4T+0QdR01vJeZu5rdvFx/7v6pwbxUdRA07UTy 3oxhrnbeJjz/AIh3WvWS4u4U+0M6jpg8O+zctaceL/8A69e6DWL1ZPhHioai0UNQPh34/l+bbxMf +7zC1iAi42bMFSB89mVsUTN3OccAL871zjK5rEv2fokUsbHnl5mj7yTtt5D9UGj4k4xp6OHQV+Wz cG3ID8rP5j/ZZbTNC1bi+6L+qSyR1Sc85GC4eTB0Hv8A1V1w5wHHVey3q5bNMCHCAbsaf4vM+nT3 W2QQ9M0unpNYV6UIjZ3Pdx8ye6mIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAiIgIiI CIiAiIgIiICIiAiIgIiIMnxZwi3VXfHaeRDfbud8CX69j6qhi1jjanGYHUrMxGwe+qXkfUDf9V+l Ig/LxovFPE80btS8SKFpxzTgRhvszY/XH1W60Hh6joUJbWYXTPAD5n/id/oPRWyICIiAiIgIiICI iAiIgIiICIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAiIgI iICIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAiIgIiICIiD//2Q== ------=_NextPart_000_0000_01CC6CC4.35A69080 Content-Type: image/jpeg Content-Transfer-Encoding: base64 Content-Location: http://gilmore2.chem.northwestern.edu/images/rychke4.jpg /9j/4AAQSkZJRgABAQABLAEsAAD/2wBDABALDA4MChAODQ4SERATGCgaGBYWGDEjJR0oOjM9PDkz ODdASFxOQERXRTc4UG1RV19iZ2hnPk1xeXBkeFxlZ2P/2wBDARESEhgVGC8aGi9jQjhCY2NjY2Nj Y2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2P/wAARCAGQArwDASIA AhEBAxEB/8QAGwABAAIDAQEAAAAAAAAAAAAAAAUGAwQHAQL/xABWEAABAwMCBAMEBQYJCAYKAwAB AAIDBAUREiEGEzFBIlFhFHGBkRUjMkKhBxZSsdHSJDNVYnKSlMHwQ4KTorLC0+E0NVNzg7MXJURF Y3SEo8PxNlRl/8QAFAEBAAAAAAAAAAAAAAAAAAAAAP/EABQRAQAAAAAAAAAAAAAAAAAAAAD/2gAM AwEAAhEDEQA/AL+iIgIiICIiAiIgIiICIo263+2Whp9sqmNkAzymnU8/AfrOyCSRc8uf5Rp3Ocy2 UjY2dBJPu47eQOB8yq1W8SXivGKi4TFv6LCGA/BuEHYZ62lpmF9RUwwtBxmR4aPxUdUcVWKnaDJc oSCcfV5f/sgrjjnOc4ucSSe5K+UHXTxtw8B/0/P/AIMn7qfntw/qx7ecY68mT91ciRB1789eHv5Q /wDsyfurapOJrLWAmG5QDfTiR3LJPoHYJXF0Qd6ZLHICY3teB10nOF9jcLg0M81PJzIJXxP/AEmO LT8wpmh4wvlE5pFY6doO7Zxrz8evyKDsCKj2v8otO/DLnSvhccZkiOpue5wdwPdlW6guVHcoebRV Mc7RjOk7tz5jqPig2kREBERAREQEREBERAREQEREBERAREQEREBERAREQEREBERAREQEREBERARE QEREBERAREQEREBERAREQEREBERAREQEREBERAREQEREBERAREQEREBERAREQFH3i9UNlp+bWzBp P2I27vf7h/f0UPxVxhDZs0tIGz1p6gnwxe/zPp/g8xrKuorql9TVSulmkOXOd/jYeiCxXzji43Fz 4qNxo6Y7AMPjcPV3b4fiquSSSSck914iAikLfY7nc9Jo6KaVjs4fp0s26+I7firLR/k4rpBmsrYI AQCBG0yHPkeg+RKClIuo035PbREAZn1M7sb6nhoz6ADP4qRi4RsMONNujOP03Od+soOOou3sstqj GGW2jb7oG/sXrbPbGt0tt1IB5CBv7EHD0XbnWS0uZoNso9PlyG/sWKbhuyzDD7XSj+hGG/qwg4si 65UcE2KfJFIYnHvHI4fgThQtX+TaI5NHcXtwPsyxh2T7xjHyKDnqyQTzU0olp5XxSDo9ji0j4hTt w4KvdCNQp21LAN3U51fhsfwUA9jo3lkjS1w6hwwQgvFh/KBJHop7ywyM6e0MHiG/3h3+G+3QlX2k q6eupmVFLK2WJ/RzTkf49FwhSVlvdbZKoTUknhP24nfZePUf3oO1oomwcQUd9pRJA7RM0fWQOPiY f7x6/q6KWQEREBERAREQEREBERAREQEREBERAREQEREBERAREQEREBERAREQEREBERAREQEREBER AREQEREBERAREQEREBERAREQEREBERAREQEREBERAREQFVeMOLGWiJ1FRuD6943PaEEdT6+Q+J8j vcVcRRWGhy0CSrl2ijPT+kfQfj8yOQyyvnmfLK4vke4uc49STuSg8kkfLI6SR7nveS5znHJJPUko xjpHtYxpc5xwGgZJPkpew8NV99kzAzlU4PineDpHoPM+n6l02ycOW6yRt9nhD58eKd4y8+7yHoEF Es3Alxr9Mlb/AAKA7+MZkP8Am9vjj3K7WzhGzW0hzKUTyD78+Hn346A+4KcRAREQEREBERAREQER EBa1dbqO4xcutpop29tbcke49R8Fsogot4/J3G/VJaajln/sZt2/B3UfHPvVHuFtrLZPya6nfC/t qGx9x6H4LuS162hprhTOp6yFk0TvuuHT1HkfVBxKhrai3VcdVSyGOWM5BH6j6LrnDXENPfqIPbhl SwDmxeR8x6Kl8S8Dz0Guqtmuophu6Pq+Mf7w/H9arVruVTaa6OrpH6ZGdj0cO4I7goO5Io+x3inv dvbV0+W/dew9WO8lIICIiAiIgIiICIiAiIgIiICIiAiIgIh2GStOC7W6plEVPX0s0h6Njla4/gUG 4i8Dg77JyPML4qaiKlppKid2mKJpe52M4AQZEWOmqIqqmjqIHaopWh7XYxkFYLlcqa2W+WtqHExR 9dG5JzgAINtFG2i+Ul21tiEkU8eNcMrdLm56KSQEREBERAREQEREBERAREQEREBERAREQEREBERA REQEREBERAREQEREBERAREQEREBa1xrobbQTVlQcRxNyfXyHxOAtlcz/AChXv2y4C2wPzBTH6zB2 dJ/y6e/KCuXi5z3e5S1lQfE8+FudmN7AKxcK8FyXJjK25B0VI4ZZGNnSjz9B+v8AFZOCOFGV+i53 BodSgnlRHcSEHGXfzQe3c+nXpKDHTwRU0DIIGNZHGNLWtGAAsiIgIiICIiAiIgIiICIiAiIgIiIC IiAqVxfwa2rElwtcYbUfakhaMCT1aP0v1+/rdUQcZ4dvc/D9z5wa50bvBNFnGoftH+Oq7FTzxVVP HPA8PikaHNcO4KofH/DekuvFGzYn+EMaOn8/9vz81rfk+v5pav6KqpTyJj9RqOzH+XuP6/eUHSUR EBERBp3O6UdqhZLWy8pj3hgOknf4e5Yq290VHUilc90lS6MyMhjaXOcACdu2TgqF/KBTOrKC307c gy1jWZx0yCMqpVVsuVJNDPcg/wBokgnjAO+Gsiw3p8UHU6ecT08UpY6IyNDgyTZwz2I819h7DnDm nHquZMZASPpmGuf/AAOD2Iwg7eEZx2znzX1T2qJnCVHcBTyl0lRprHMLtRh1nIx8Ag6Zrbp1ahg9 8rSuV1p7aKYzBzhUzNhYWYOCe59FzqsbE2idpZMyzOuUfJY7VnTpOvGd19yUjZ2CGGGdtqlucTYG v1DwkODsZ3QdPDmluQ4EeeU1NwDqGD3yubV1I+hqLpQU7JvoyKrp3yxsJJEZB1Y7+SxyUwnhEMEc zbTLdImwNfqBwWkOxnfHRB00OaRkEEeeUBDhkEEeYXM7pSVND9M2+3Ml9iiqIXujBcQGlpz03xnG VNfk8dOG3CNzNNPqa6MBrgwE5yG6t+wQXNERBTuMrmZblTWETvp4qhhM0kY1OJOQxuPLI3HcEKDp KNlA7mVdDFUx0YD9ZbE1j4jgEuBGS474DjqyW7dVvXl8cXEtwke7QXYjlkLS4sZoYW6cOGDlpJyO 46jJEdUzVM1XyquklYSwxEPDXatPiGdtXTUcjJ3P2s4IXavssUMHtdmhipK2EamchgaJR3Y4DqDj 4HBWS9Siq4UrJowcS0jnAd92ret7i630znEkmJpJPXoFDWK5zCzwtZa66dkeWCQcoBwBIGAXgoIN 99hqODY7Xb5ZjcBTsYWNjcDtjUAceQKrAhlfQ1wEGIRGx4EbZNLXhwGfF3w5y6cb3ynRc+110DZJ WxB8jY8AuOBnDie/kpZBz63Wu02/iuaGrp5mAOidR7PI1Y33Hr5roKIgIiICIiAiIgIiICIiAiIg IiICIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAiIgIiIIziK7sstomq3YMn2Ymno556D3dz6ArmPD Nmm4hvGmVzjC08yokJySM9M+Z/aVKflCujq+8R26Al0dNsQ3fVIevvxsPflXPhWyMsdpZE4D2mXD 53Zz4vL3Dogl4oo4ImRRMayNgDWtaMAAdl9oiAiIgIiICIiAiIgIiICIiAiIgIiICIiAiIg+ZY2T RPilYHxvaWua4ZBB6grjvElmm4fu/LY53KceZBKNjjPn5j9h7rsiheK7K29WeSJrR7RH44XY+8O3 xG3yPZB7wrem3uzxzPc01MfgnaOzvPHqN/mOymVx/hG7my3yN0ri2nlPKmB2AB7n3H8MrsCAiIgK D4gvk9rq6OlpaEVc1Vq0gyBmMY81OKq8Y2equdbb5YKEVkMIfzI+aI85xjdB9x8Q3Btyt1PW0UVG yodLrBkDyGtaCDkbDut+n4os1SZxDWB3IYZHeBw8I6kbb/BVtvDFZO6kZFbRb42idsg9o5mNbAA7 59vRadPwjfGOPMZkR08kTdVQHA5YQA0Y2GT3QWCr4n4XrmwmpqNfJlEjAY3gtcOh6KSreJLRQSxx VNY1rntDxhpdgHoTgbKvfm3X7/wZm9o9m+03+N8v+aj6vg+8u0GIFwlp42SNE4Zpc1oBDv0hsgtt ZxXZqGqfT1FXplbjUBG4gZGRuB6rUi41thulRSTv5ccbg2KbBIk8+2wHmtCj4duEVNeY54WOfUUc UUR1A6nNZg+7fzWKjsd5oBUsFvp6plZSxxO5kwHLLWaSPX4ILLa+IbZdqh8NFUcyRrdRBYW5HmMj dSiqfCVkuVurpZaxgigEQZFGZRIWnIJwew26K2ICIiCj8XQmludS9snI9ugYY5XS6GmVjgNPQjP2 SDtjB3HUVptBV1MdHFE0xumcIo5RISHDOCNjgaSTt1xkn16jdbXS3eidS1keqMnII2c0+YPYqJi4 WfT1jqyC71QqTnxysY/GQAdiNiQAMjHRBNVdRHb6CWd/2IWE4LuuOgye56L5tlO6lttNA77TI2h3 vxuoSipqyovs9HdK51bHRtjmi+qawajq3IA3Ixt279VZUETxCSIKE4B/h0HX+mFLLQu9FNW00bae SNksUzJmGRpc0lpzvghYCziHIxUWvHf6iT99BLIogs4jBGJrURnf6qQf7yY4iB+1a3DzxI3+8oJd a9wrYbdQy1dRnlxNyQ0ZJPQAepOB8VHn85M7C04/8Ra9ezieSBgj+jWkSsJDHSeJurcHbp0z6ZQb FFcrtUtqHS2T2YRszGJKkEyO7DZu3v7LK2su5pnvdaYmzAgNj9rzqHc507YUS6Pig3uKUx2/Ladz SQ+URE6h12+15emVIB3E2neG06v+9k/dQbdBU3CdzxWUEdM0DwltRzNR8vsjCxRVd3dUsZLaoWRF 2HSCr1Fo88ad1hLuJsjEVpA75lk/dX0H8Q7fwe14HbnSfuIMlZWXWKoeyltUc8Qxpe6qDC74aSst TV1kJi5VtkqNTcv5crBoPceIjK1tfEeXfUWvHYc6Tb/UX22W+DZ9HQuJ+8yqcMfOMoNllXUGjMz7 fO2UHHID4y4+oOrT+K9paqedzxLb6inDRkGR0Z1enhcVgE14zj2CiAHc1rv+GnPvBz/6vo9un8Nd v/8AbQZIa2pklYx9rq4gTu974iG/J5P4JLXVEcjmttVZK1p2ex0WHeoy8H8Fi594AyLbRZJ3ArHZ /wDLR9TeW4xbaR2fKtdt840GWorpoZQyO3VU7S0O1xGPHu8Twk1dLFDFI23VcvMbktjMeWehy8fh la8tVemnAtVLIPNtaRj5xhYzX31rdrHCfT24fuoN+SrlZSxzNoal73nBhaWa2+/LgPke6+WVsrqe WV1uqmOYcCI8vU/3YcR8yFofSd+HXh5p91cz9i9+k71gF3DzskdG1kZx6b4Qb9NWTTyFslvqqcBu oOkMZB9PC87rFSXR9TOInWyupwfvzMaGjb0cVrC6Xjvw9KPdVRftX2253P71hqB7qiE/7yDZhuJl qTAKGsZh5bzHxgM775z02/ELFU3htPUOh9huEpb96Kmc5p9xXguNd3slWPdLD++vTca77tkqz75Y R/voPqtuzKN0YNFXTa26swU7n6fQ46FZKq4MpYYpXU9VIJBs2KBz3N2zuANli+kazH/Utbny5kP/ ABF59I1uf+pKz/Sw/voMz7lFHTwzOgq9MvQNp3uc3+k0AkL0XGE0vtBjqgzVp0mlk15/o6c49cLC 241n3rLWj3SQn/8AIsNbdq2CiqJmWarDo43OaXuiIyBkZAkzj3boNm33ejuTnNpnv1sGS2SNzD1I ONQGcEEHHRbyrTOIq0NtmbQ8vrG5J5kbdfhz4Rq23PR3b1UmLjXbZslZ03+th6/10EkijhcavvZa 3/SQ/wDEXv0hVfyNXf14P+IgkEUeLjV5ObNW+njg/wCIn0hVfyNXf14P+IgkEUYbtKyop4Z7ZVQc +Tlte90ZAOCd9Lyeyk0BERAREQFpXi4MtVqqa2QZELMgfpO6NHxJAW6qH+U24lsdJbWO+0TNIPQb N/3vkEEdwDbjdL5Ncqv6z2c8wl33pHE4Pw3PvwumqI4XtP0PY4Kd7A2cjXNjGdR7Ejrjp8FLoCIi AiIgIiICIiAiIgIiICIiAiIgIiICIiAiIgIiIOXflBs3sF2FbC3EFZlzvJsnf59fmrfwRePpWyMZ K7VUUuI5Mncj7p+XfzBW9xLahebJPSgAy41xE9njp7s9PiVzjgm6G18QRMkJbFUnkyA9iT4T8/1l B1tERBUeKuIaqy8Q29jZMUbm6pmaQcjVgnzWhQ8azmvuVRKHS0rQPZYQAC4l2G747qyXTh+mutzj q6mTVEyF0Losdc989sLSn4Mo5pJzHM6KN8MccTWjeMsxh2e/T8UHxJxfJTRTMrLcYayGWNj4eaCN L+jgQF93vi02qvqKVtFznQiMg8zGou+CP4PZPT1IqbhNLVzvY/2ktALdHQALWquDtb56uuvL5HO0 OfJJGBgNOfPphBqXji66Rxvpm0PsVZDLHrHMD8tduB077BbVZxpU0LxBU2tsdSxuuWN1S0Bre2D3 J8luXHhiC81c9e2uc0VLIzG6NoIaW7hwOd1p1XCUNzq3ulvHOro2hszjEwnB+zlvY47oMtfxTLUw OitFG6oeaTnyP5gZyQR+JC27Lc/ZeCoLjWPfLy4S5xJy52CQBn5BYHcHCNjRRXKemJg9nlIaDzG+ vkpKnscMfDgs00hli5ZjLwME5OcoIk8YTQwTmtthp5W04qYWc0OEjCQOuNjutq0cR1Fbco6Kttxo 3zw8+E8wP1t+WywHg7mQTtqblLUSvpxTxPewfVMBB6d+ikWWNrLpQVvPJNHT8gM0/a2xnPZBLoiI CIdhkrSfeLZG/Q+40bXdcGdoP60GrWWmtkuElZQXP2R8rGteDTtkBDc4679z3Xw23Xxu5v7XH1om 4/AqUpqumq2a6WoinZ+lG8OH4LMghxQX0db5CffQj99ZGUl6aMG7UzvU0R/ukUoiCNbT3luc3Kjd 76J390iez3np9I0fv9jd/wARSSII32e8/wApUf8AYnf8RYKy23aspJKeW6UwZI0tJZSOBHqDzOqm Vr10whpXkSthe/Ecb3DID3HDcj3kII+kt13gqXyzXeKo1FvhfSkAADBxh4Az8VuVMVxfKTTVlNFH 2a+mc8/PWP1KIisMraxzZ+Irk8yNDmRtl0nbGo9xjJ6YHx6qaqaMVFCaU1FRHkAc2OTTJtjfV57b oPJY68wRiGppmzAeNz4HOa4+gDxj5leNjuAp3h1VSmYnwvFM4NA9W68nv3CwUlnFLzf/AFhcJTKw sPNqC7Tnu3yK8t1nFDUc4XG4VPhLdFRPrbuR2x1GOvqg2aaOvbITVVNNKzGwjp3MIPnkvO3phKaO vbITU1NNKzGwjp3MIPnkvdn3fitOexc6rNR9KXOPLtXLZUYYPTGOi25KOV1Zz2V9VG0kZhboLCB7 2kjPfBQYYo70JmGWpt7otQ1BtO8EjO+DrOClcy8OnzQyUDYgNhPG8uz33DgMLJPRVEsrnsulXC0/ cY2LA92WE/ivuekmlLNFwqYNLcHltjOo+Z1MO/uwEGOcXX2KL2d1EKvbmmRrzH66cHPzXsRufsT+ c2kNXnwaS7l49ds+ay+zy+ycn2ycyYP15DNfXy06fTovimpJ4X6pLjUzjGNMjYgPf4WA/ig+aN1z MrhXRUjY8eEwyOcSfcWhfMEl3M4FRTULYidzHUPLh8CwZ/BexUVTHMx7rpVysB8THsiw75MBXzUU FbLM58N3qYWE5DBFEQ33Etz80H3NJc2zvEFLSSQ7aS+pcx3rkBh/WvueS4N0ez01NJlvi5lQ5mD5 DDDkeu3uWOqo6yZsYguctOWtw4tjjdrPmctP4L7ZTVTbe6B1e91QQcVJjYCD/RxhAfJcBTscylpT MSdbDUODW+WHaMn5BexyVxgkMtNTNmH2GNqHOa73u0DHyKwUVHXwTh9TdpaqPSfq3QMYM+eQMrx9 DcjV8xl4c2DXq5Ps7Dt+jnrj8UGxTSV7pCKqmpomY2MVQ6Q59xY39axmW66yBRURbnYmrfnHu5ax 3Ciuc85fRXc0jMAcs07JBnzyd191dJcJuV7Nc/Z9DcP+oa7WfPfp8EGWplr2PIpqWnlZgYL6gsOe +RoK+Z5ri2KIwUVPJI4fWNdUloYfQ6Dn8F8ex1xoGwuubxUA5NQ2FgLh5aSCFFMqa63089ynuz7h SU7zHJCaVsZGHaXHI64O/wACgmRNW+ya3UcftGf4oT5GP6Wn+5YZKy4NoGyi1F1QXY5AnZsPPUdv gpDIXpAPVBXuH6u5VdbNBdKaKKSiaBkkOe4vJIPhOB4Rg+fp0VhURbS48Q3jOMAwj1+yVLoCIiAi IgjLxg1FsBAwasZz/QcpNR12LefbA4gZqxjPfwPUigIiICIiAuaUxbxL+UMyZ5lNE/UN8gsZ0+BO PmrvxLcPoywVdS1xbIGFsZHUOOwPwJz8FWvyZ0BjpKu4PaPrXCKM43wOvwJI+SC8omd8IgIiICIi AiIgIiICIiAiIgIiICIiAiIgIiICIiAi+J5o6eF80z2sjYC5znHYBc/vHGdXcDNFayKenYDk6w2a QdAW5G3UbDxbdkHQ1ybjq2/R3EUkse0dV9e3B6OJ8X47/FQ5uNc6USyV1SZPtB/NJdnt39As1yu1 bXU0VNWzNqeScslcAXgHtq6kdDvvlB1jhy5/S9jpqtxHMc3TIBj7Y2PTpnr7iFJrnf5M7ly6qptr 3HEo5sYztqGzviRj+quiIOcMrbjFb+IoaegM9M+on5k/NA5fnt323Wu/iW6U0EFNSSyRMpqWIgMh Dw8loJLieg37LoTLVRR09VAyACKqc50zcnxl3Va8/DdnqBEJqCJ/JYGMJzkNHQevxQVW+cUVbuXL bqyojkbTxySwsp2ujaSM7uO46r5r7vcL1RV/8Njo4IKKN7otAJnL2ZIyenlsrXUcM2aqeHTW+IuD QwEZbsBgdCk/DNmqBGJqCN3LYI2nJBDR0Gc7oKXRXW6soag09zbTw2+lgeyF0bTzMsG2Tv8A/tZG VFzmr71c6GrFI6OnhnkZyw7X9WDjfp3Vlg4OtjLjPUzRNmjeGCKJwOIw0Y89+g6qU+iKDVVn2doN WwMmwT4gBgD028kFPn4iutW2pqYK2OjbR0sU3JdGDzi5oJ69u2yTXa91stzqKWv9lio6eKcQmJrs 6mBxGT8VaZeHLPMYTLQRPMLAxmc7NHQdd/is5tNCXVbjTjNY0Mn3PjAGAPTbyQUS5cX3WScGmkfC I4I5NMcIeHOc0OOonoN+yzXPiS7GsZMyq9lpnRxOZojbI3U5oJD+46q2z8N2eoEQmoIn8lgYwnOQ 0dB6/Feu4cs7qhk5oIeYzTpO+Bp2G3TbCCTbnSM9cb4XqIgpn5Q7vLT08VspnlrqlpMxaTkMzgDb sTkfDHdUq21TKSanqoGtfNDl8kbiNL2D7TcFvUjfqcY81NcbPln4ukiB8DIWZ8sAat9x+GFW2ysl LGufHACTkhhGgDGNxkn/AB70HWZ7dSupmXKzwxQ1Ibzo3wxgc5p3LXAY1Bw/HBUtBI2aCOVhy17Q 4HzBCjuGXl/DduLs59nYN/IDAWjZ79aqe2wQTXCma+MFhBeBjB2HyQbXEsMVRTUcM7Q+KSsia5h6 OGehX1+bNkzn6Mp+ufsLRul5t9dPbIKOrhnkNdG7Sx2TgZyVZEES7hiyOJzbKffybhefmvY/5Mg+ Sl0QRB4XsZ/92QfJalx4X4fipDPLSiCOAiV74gScN65GDkeeysS8IBGCAR5FBWILBw3W3BraaOme IYiXwMOSdRBa4nPkDt/OHot1nDXDz3HRQ0zj3AcT/esPDVuomx10raSBrjVTMBEQBDM40+7bopen tlBSvc+moaaFzm6SY4mtJHlsOiCMbYOHHkBlHRuOcAAg7/NZncPWEHLrfSDTt9kD5rZZZbXHI2SO 20jHsOWuZC0EH4BezWe2Tyulmt1JJI45c98LSSfU43QaT+GrBgPdb6cA9D0C+mcN2lo/g9M6EO+1 yJnsz79Lhn8e63qi2UFVy/aKKnm5Y0s5kTXaR5DI2C+qego6XT7PSwxaNWnQwDTqxnGOmcD5INT6 Co9Ibqrcd/4bN++n0DRDGl9azHTTWzfvL7NhtDpDIbbSF5OSeU3OV91dot1bMJqqhp5pBjxvjBPz QfBs1Nj+Nrv7dP8Avrz6Fps559f7vbpv3lmNroDQ+w+yQ+y/9lpGnrnp7180dnt1BO6ejo4oJHN0 lzG4222/AIMZs1MTtNXj/wCum/eXx9BwagfarhjuPbpf3l7DYLRBO2aKggbKHaw7Tkgr6rrFa7lL zqujjmkIA1nIOPeEHx9Bwl+r2y46cfZ9tl/eT6Ch0ke23L3+2y5/2lszW2kmpI6V8Z5MWNDWvc3G Bgbg5Skt1NRtkbA2QCT7WqV7s/MnCDVdYYdJArbmCejvbZdvxXx9AR6NP0hdMj73tsn7VuQ2ulhl bKznamHI1TyOHl0Jx3SW2U8r3Pe6py45Ompkbj3Ydt8EGo7h+JwGLhdGY66a2Tf5leO4ejJBFyuo wOgrX7rfmoIZnNc904LRgaKh7dvgfxX17HFyOTqm05znnP1f1s5/FBGt4ea1weLpdsjsasn9aiK+ 1NgpHR2263SSU1QiewT5DXOcHOJGPIk/HurOyhiZFJGH1BEgw4mokJ+BzkfDChorbT0HF8D6fm6p 6WR0jpJXSFxBYBkuJ6A4QZmcNlo/68vBOMZNSD+sL6HDz29L5d/jO0/7qmkQVO3WWV94urDd7i3Q 6MB7JW6nDR97Leo9FK/Qkv8ALd0/0kf7i9tZeb3eNWMCSPTj+gFLIIaptFQ2mkcL3ctTWlw8UYGQ PRi3bNNJU2ahnmfrklp2Pe7bcloJ6LNWZ9jnwQDy3denRavD+/D1t/8AlYv9gIJBERBG3cM9qtRe TtWeEevLepJRl3LRW2nUCSavb/RvUmgIiICIiCi/lOrdNNR0TXfbcZXAHsNh+s/JV+LiKdlqjttN VOt8FPDqaWhxfNJnUQXDdoJJxj0z6S9ztNXxVxfVup5GspaQtiMr25DSBu0Ducl23Tz676tz4Yn4 fhfNO91ZQDGXRhrC0jcaw7O2o4wM58xsCENTNcyZ0lbJJE6E63SCTMjnHOCBkamjvg5G5z2VsoL5 cLHQ0s1YZ62jkj1PdIQXsdnBDXAkO77E9BnI3ArFHLSXGq/hc7II2sDGQvc48wNOWsLzs0YwNXp0 C26Ovqqh8ccTa2oYNzC5ziZXAb7uJAwB1GHZdgdsB1GlqYaymjqaaQSQyN1NcO4WVc94Qr57TeHW 6raxlNVykR6XENZJjOGg74OQPfhdCQEREBERAREQEREBERAREQEREBERAREQERa9fVx0FBPVyglk LC8gdTgdEFJ45vcU9b9DukfHTRDVO9gJ1P05a0+nQ99+2yqdJHEYpagveyQZLdLXEYwTkuxkb4G2 Ng7fz2KWWGrhqZp5pZKqd7jJEDpBydZdgfbzp6bYIG/TBsbooC2GJnsspYXOkYwPaXZxjJ8gDpJ3 6jAOUESWNaHAh+cjDu3Q9vXbB8uykbHTuq7qBBQz1rcDVGCN+mS4kYA69fT3rJJbpKKnhqQ9gL+s 8MocQdQGIw0jLgCQR02JB8umcNWWKy2uOIRtFTIA6oeOrneWfIZwP+ZQc0pYq/hi/wBHUV9M+Axy DJIyHNwA7BGx2d2812EEEZBBHmFpXm1wXi2y0c4b4xljyMmN3Zw9347jusXDksj7NBFUACops08o Bz4mHTnPqAD8UEmiIgIixVNRDSU756iRscUYy57jgAIMjnBrS5xAAGST2WtRVorTI+KJ4gGOXM4Y Eue7R1x69+2RutBsFReniStjkp6BpyylcMOm9ZPT+b889FMoCIiAiIgIiIOd/lBo3Q3qnrhCZI5Y sHHQuYcnP+b29FVGsqKyva2jj5c2Gtaxjg3B2aN89SSM9Nydgux3W2Ut3oX0lWzUx24I6sd2cD2P +Oirtt4IFtuQro61k0rSS0TQZAJ74Dhugn6cNs1ihbUO1Ckp2tcWD7Ra0DYdyT0Hqvu30ooLfHC7 S4xsGtw+87uVoUjKuvudTHcJ4pIqGVobHFFoa9xYHBzgSTtq23xkZ6gYmZQTE8DclpQV2h4yoqye CMUdXCydxZFLIwBjneWcqQpL3TutsNXXzU1IZS4Ac9rmnBxs7uqZarHX2+C23CWlqKljXvbJSuB1 QkkgPa38VpxM+g4aGovFvM0TqaWNkEuAWv5hOcH0I3QXd3FNAy8NpHTQCndBzW1JlGknVjT+Cyyc TWqO5iifVRtJiEglLxo36DOeuN1UOFrK6pnpX1lCZaY0D9Lnsy3UZHY+OCvizWqoop6OouFjnq4T TujcwRBxa/mHBIPphB0lEHTyRBG2UODKzJyDVy49PEpJRljaQyuyetZKcf5yk0BERARFq3OpbRW+ eplJ5UUZc7AySB2HqeiDGLzbDLyhcaPWDjTz25z5Yyt5UnhZsVysUDn8P0MzYcxazp1vIxk4c3vn rq656LehslqpDJKy03GgJyObDM9zvgI3uP4YQWjfHqq3xNU8252+1PqX09LUCR9U+N2k6Gt2GewJ 6rVFvpQQfpjik+mif/hrHQ01JDxZSNjrrlVSCGXX7aHEsHhxguAwNzuM/BBL0nDdobTNY22wDQdB dLG17nhp65yevz9y+38M2UubI62UxcNtm6Rvt06KSDGuleSXnUAwg5I2z26DOfLf5L6ijDDnf7IG 5ydvM9/8eaCFquE7RKwA2+DSOvLBY7A8sdSvifhDh4lszqHSGnJDHvwdjsQD/jHwU9pAeRp2cN99 vl8StSQGfS2CblylpeC5vTfAJYTnI/x5IIin4PshdOJrdgAgAmR4B2zkb577/wDJeu4NsU5LmUHL aD1L5ASQd9s7Db4/rnXxtLHMOHcwYdnJBHQ7Z9V9ShrQ58rwIWt8TTgNGNySUEIOC+HSSBQAkdRz 5Nv9ZRlxtNo4fvdmmpo2UjXTO5kjpXbAN23ccAbq1xRAzvm1iTU7YH/J+EDA+WcbdSoy9UsVTdLL HOxssPOka6OQag76pxBIPXGEG39O2j+VaH+0M/ao2e8Wx3EdJK25UhibTShzue3SCXMwM569fxUl 9BWj+SqH+zs/Yn0FaP5Kof7Oz9iB9O2j+VaH+0M/an07aP5Vof7Qz9qfQVo/kqh/s7P2J9BWj+Sq H+zs/Ygi7bebcy8XZ8typAySWPluM7cOHLHTfzypT6dtH8q0P9oZ+1PoK0fyVQ/2dn7FyG+xsivt wjjYyNjKiRrWsGAAHHAHkg6zV3y1OpJgy6URcY3AAVDOuPetey3i1w2SgiluVEySOnja5pqGAgho BHVbv0FaP5Kof7Oz9ii+KLPbIeHK6SG3UkcjI8teyFrSN+xAQSn07aP5Vof7Qz9q2aWspq2MyUtR FOwHBdG8OAPlsuXcBUlPWcQGOqgjnjELnaJGhwzkdj71f5+HKVlQKq3SyWyYNwTTBrWOHbUwjBx/ eg9vsjIqu0PkkYxravcuOB/FvUu1zXtDmuDmncEHIKgX8NW+MyXC5GW5VDGl5fUvyBgZwGjDQ3rt g4yvX8LU1PJz7NPLbKgnLjGS9j984cwnBHXGMdUE8Om6KFtN4nmuctpuEMTK6CMSF0Emtjm7b77t O42O/dTSAta5VfsNvnqQ3W5jfAz9J3Ro+JIHxWyo66/W1NvpTnTJUCR2DjZgLx/rBqDNbKIUFCyE kOlPjmkA/jJDu53xOVsSxMmifFK0Pje0tc09CD1C+0QcjuFI+01tZbRI3Q3wkygPdI3Bc3b7rcHt vnPoAdWVbooal3s0cVOGHDYotUhHhGQD4wAD5beWcqwflEi9lraK5RxsdLodH9YGlowdvCftHxE/ BVdlVEaUEiBszmu1faBeSMAnOWg41dMZyMoPmJjGucXUhiiqIjy3vfpBOoEO1dBjy92xPXqfDtxf c7PDPOC2ob9XM0twQ8bHI7Z6/FcxigidJJVvoS6BmA2IzluskAFrSRqdgY2ByOpyNlZ/ye3CGSvu NLDC+BkmJ44nPL9I6HcjfqEF6REQEREBERAREQEWnd7nBaLfJWVOosZgaW9XEnAAXtquMN1t8VbT 6hHIDs7qCDggoNtERAREQEREBERAVX/KFNI3h8U0I1OqJQHNAydLQXE/MBWhc9/KRVD6To6Z5LWM hc/Uw+IFztttu7B3/uQQDaqonomaahsr3PzJPU/ccRq05cTnPLB6fPKxmvOmopZsaX6W+DS4EDJ1 anb56YPoPIBeW8PDpOe1jXAu5b3gNY57vCdTsYIAJdg+RHmDgq4CyMzSw8lwGnlvZpJfvnAGNh19 Nh0IQWDhyvNXdLdbKaR0cQlbI4cpg1aG6ic7u1Et336HC6aud8AQxG8tdrY+RlPK5wa77Di9o2AO MY8h36nbHREBaEYNPepWAfV1UQl6/fZhrj8Wln9Vb60a/Sytt8uDnnOjyPJzHf3tCDeRFo3G5x0O mJkbqirk/iqePGp3qfJvmTsgy19dBb6fnTl2CQ1jGN1OkcejWgbklalLRT1jmVd3jbzGu1RUwOWQ +RP6T/Xt0Hcn6t1vlbMa64PbLWvGBp+xC0/cb/eepUkgIiICIiAiIgIiICIiCEkoLvBdKupoKqkE VU9riyaJxLSGhvYjyX2WcSZ2ntRHrFJ+8phEELp4mz/G2jH/AHcv7yxT0d+qSPaG2SbT05kEjsfM qfRBDNZxI1jWiS0gDbAjkAA9N16BxIGjMlqJH8yTf8VMIgiAOIu7rX1/Rk6fNfOOJRjxWk9MjTIP f3UyiCPstHUUVI9tXIySeWZ8z+WCGguOcDO+FIIiAiIgL4lijnifFMxskbxpc1wyCPJfaIINvC1F ThrbfU11A0O1ltPUu0uPmQ7IPQfJfTaG/QOe6O8wVOfssqKQAD4sI/UppEEHq4oYSDHaZBvgtdI3 t3G60mVVe/iyhgu0FPEH08oiEMhOonSTnPX7PRWlRV8tD7j7PUUs3s9dSO1wS9vVrvQoNqebRFzH NLIyHDScBzj57nGMZO/l719tqGBkbnOaGPIawl3UnHXPfORjcqvui4qI3pbM6QYLpTry5w2Dvf8A 42WWf85qiCSKWhthbI3S4c1+4/xlBONdplkDIsADOwwXu3/Z/jvmLgAcnHvVeMnFhIJp7XjPQSPH zXsx4mkDQaO2nBBdmZ5BPbbHp0QTkbnctokeDJsHaRkZ7r5OvRGdUbQCNX6Pw+OFEROv0fS20JkG rxmqd945P3fPC+hPxKM/wG3nJ7VDv2IJGnc2NjxCxxjzkODftuO+oY2wc+gzk98qL4iq/Yau0VBp JZ9NQ5oELMu3jcMAfHPX7q+mzX3Xqks9A44GSKnHTOPu9ifxWJ0N5r7jQSVVDBTR005ldIyfU7Gk jGMDrlBsfnC/OPoO7/6Bv7yfnA/P/Ud3/wBA395TXdEEIeInj/3HeP7O395eDiQnpY7wf/p2/vKc RBB/nI7OPoK89cf9GH7y57drNd6261dXHa6sMnmfI0OjOcE5GfmuvEA9RlEEB+dP/wDg3z+x/wDN aN7vklws9VSQ2O8iSaMtaX0mAD67lW1EHLeEoq+yXY1dVZ7m+MxOZiKmcTkkeePJXEXO/XF5Nstk dHC379y1Nc8+Qa3ce/oVYUQV2S436OJ8FXYhMXAs51LO0tdkdQ124+K+pRfruRHoFnpc+NweHzvH k3Gzf1gqwIg0bVaKK0QGOihDC77bzu959T3W8iICjpTq4ipm4B00sjuv2SXMH47/ACUg5wY0ucQG gZJPYKkU/EstXxY1tMKVgnjMMfO1hw0uJGdti7sPUe4heEWtRVL52ytmiEU0Tyx7Q7UDsCCDgZBB HxyOy2UFb45YRaoJ2ufGIZsySRbPDC12oNPbOw+K54ZZCZXRxPMUcwkdE+ISgbEkucd99IyOh3z0 Gen8WQPquH56eIhr5XxMBPQZkaN/Rc3nlqJWxQRNFP7HHyWcncudlpdhwPidkk4HZBkkhE8rpKd9 M6OSMMZFC57DIMDIxvh/Tqfu7g5GdnhCWopeMIg/mtEmqN4lyXEOaXDJIHUgHtlYKhjZKWOrjqKi N4byHmrY4jVh+oAtzjHXffJJ7FZaWnfBxBCaScTUzKyEMnJaOYS7AzgZOcv374KDqqIiAiIgIiIC IiCscWU1yuNfb6Sgga5kTvaHvlB5WR9kEj47eqcH01xts9fQV8AYzXzo3xg8vxdQ0n4bKzogIiIC IiAiIgIiIC57x7TzS8QMlhc0culjDhkEnL39Gnd2MZ29F0JUXjCUNvskbMte6jaSHShkcmHOPiB3 OMHBHuQQNXJKyV4hjbBSU7hkugDxrLRkEO3wQ07kAuHUFfHEFVFWM1SUklNIxrcnJPMcQTgk9m6s dyQeuAAvr2plOBOIRSzTwBwjL2yQysO2k9SMuBdgnG247rSe2vlqIojnDmacQua7UzY4yDgt6YGc DHvQW38n1K0V1dVCF8QdDGYw85LmuLt/mxXlVPgmjfRVNcySV0r3xROLy4uDvFKAQT1BABGPNWxB hqp/Z6d0gbqcMBjc41OJw0Z7ZJAyqlxNV3WlqImuuFMeQwVL2Cm0tJDwGDcudkkHoRsCrTcXBlOw uIA50Q39ZGhVHi6mmm4nhwaltPLSNik9neGudl7gG79iSB8UEtbuJX3O2Q+yQslub2kOiafq4yDg uc7s3ocbk5HvUnbbYKMvnmkNRWzfxs7hgn+a0dmjsFC8ARRwW6viY0tMdY5hDtjs1o6Hcb52PT1V pQEREBERAREQEXqIPEXqIPEXqIPEXqIPEXqIPEREBERAREQFEO4mtDLmbe+q01AfyyCx2NXlnGFL rld15ovl0EUkhmbWtkiphCXCVwOxJ7dUHVEXzGXOiY57dLi0Et8ivpAREQEREBERAREQEREBERAR EQEREBERAREQEREBERAREQaF9DjYrgGai72WUADqTpK5baXyOvNslja8RyVUUZcQQDpc3A3J6Y8/ Ndh65BGy57U2Spsd0zSxwVEMDHVkXOy5wawgEddiNQO3XSPiF2iA+mKk759nizvt9qRbijbNJJMy pkqS01QmLZWsOWsAA0hp8i0td73Hp0EkgiuKJDDYZ5GglzHRubhxbuJG43G49650yguFdVwyXKaT S7Q5ml4BBcNQGSfAXacAuG588ZV+40br4Xq27eIxjxODR/GN7nYe9UWNro6iKkrhVQVYc5vMPia9 zAA0gnr07B2QdIAyg8p7O260ry18ctdIXaXc45BHTXq6lxy0HYZ79AtctNE6jk9rE9U6SN2QH6mN GkhpzjG429ACMBZRDDJXVT4yKf63xudHGSwHLXExE5A8Ry0ZxjtgLHba2equdHC6re6N1VGxgPic zxtwQ7AxsB064G3kHXkQbBEBERAREQEREBERAREQEREBERAREQFz38oHNpr/AEtZG8RFlO0sc7o9 zZOg92oH3LoSpv5RWCKnoK5zWyNifJFy3NBBL2HB3B6aff5EdUFRrvZpg6QRUrZNOXNp3a+dKSeg +60AnpgbDfPRHU1jYWvFLDI2HBknjAIY1wOxOdLAc42AzjGVvUMMMjJ6iGoPNaxvOl1kmRpBe7Vq z+gfEMHYeEKInoHQaXOjbOyZjnsm1OLiOzsDOM9Nx1znGNgtvAsjhfatrS50U8AeXvcC5xaW+RON njqT/cL4uZ8FVUMXEdEyCOQc+ndG5zsDOBqPbfdvXPwHRdMQfE0TJ4ZIZW6o5GlrhnGQRgqt8Q2i pljoql1fqmpJmMheYGk5kexup2diR1GAN1Z1pXIF/ssI/wApUMz/AJuX/wC4grbLO/hetbU0Mss8 bmkmIjLpgMl7TjALgMuaeuzh5K3xSMmiZLE4Pje0Oa4HIIPQrSvfgtr6kbGlc2oyOuGHLh8W6h8U tDeTTy0o2FPM5jR5NPiaPcGuA+CDfREQEREBERB6iIgIiICIiAiIgIiIPEREBERAREQEREBERARE QEREBERAREQEREBERAREQEREBERAREQEREBERAREQFHV7WtuttmOMufJD7wWF2Pd4FI9VHX5j/ou SeFodLSltQwHuWHUQPeAR8UGvZQKeRtOAQAx8IB7NhfpaT6lrm/JTKhbdM2a7VU0TxJG+bwuByNJ ghIIU0grHHsui1U0QbG90tSBy35w/wALttvXHxIVCpqaatklAmmaQRJKXSgt0HqTqLegI7nO/bdX fi6IV1fTxaJHtpm5PJ0l+t/2QA7G2GEkA/ZyTgDKqUUb6iiYKSrZTOpGF7m05xqdsSc5BLi4MAAy MkAY7graKmtusVLpI3wu0OiMjeZKTqLZARnce4Y/SOVK8P09O6/2plAKl9EQ6YiUEN1NaRqB21EO dgnBxjAONhCRVTKvnwOrZNBc6SDnNMhZgEknGwzt27ZOMDNz4LZ7VV1VaWtLaeNlHE8MDC4DxO1A EjOS3cHfHZBbUREBERAREQEREBERAREQEREBERAREQFEcV0H0jw7WQgAyNZzGbd277e/BHxUuiDk FGI3Rctj+c0NZMYtBBODp0uLRvjVnv0xgHK8pmVU1zgpaZvtHs4LHiBjmBrSTnbwuOM9T3wPLOzf bVT2u8TUwp2ag/mxulfpjMZ6bd8HIO/YYB3zrVNnDaB1eDGyGU/V6d24G2GkZ7g/axs05O6DdbH9 E3ZlfLUHNLMzXlhaMHGW4HRxaT4QMNAwd11NceBLaiCNw1xAOafENRjz9lpA3yD1AydTum66Bwfe BX0L6KdxFZRHlSNdnU5o2DtwDnbB75G4GUFhWFw11bOh5bSSCOhOwP4OX3PNHTwPmmeGRxtLnOPQ ALUtFXHcKJtwY1zG1G7Q/YhoOB+34oPL94rHXRj7csLomD9J7hpaPiSB8V9W92uevePsmowD54Y1 p/FpHwWveahjCxr9To6fFTKxrclwaToaP5xeG4HfSVtWqmkpbfFHMQZzmSYt6GRxLnY9MkoNtERA REQEREHqIiAiIgIiICIiDxerxeoPEREBERAREQEREBERAREQEREBERAREQEREBERAREQEREBERAR EQEREBERAREQERfE0scEL5pXBkcbS5zj0AAySgrtgjgt9b7Mx+llRPVOhY87+BzGaR7g0/AKeray GgpX1E7sMYOg6uPZoHcnsFRxZpL7bTLBJKyqpIo3QYdgOmeDNIPTJe0ehCrUdZUurJIb5NLK2Jrg WVZfIWHI+yNQIdtjqPeOoCVFS6qFZd6hxilrGyNZNGSOWMNAa8EdN2AEYPc9s57fRw0NE+4NLKuc OEcwniaWw6nAatAdqG2W4xk7bALDU32jfTR0VNBVTOcA6SV8zmPD9JbnDdXh6EjJJ79Fr+yyvpom Pq4M087pCGSBsgAIbrc7OG5O4xnOSfJBr1dPG2Zxmjlq5Z3kieF2CHnBGBg5+0NjgknHh0ldL4dt zrXZoKeU5mxrlOc5edzv3Vc4RspqKs3KZgFOyZ8kOQDzHnbV0+yB0365KuyAiIgIiICIiAiIgIiI CIiAiIgIiICIiAiIggeK7Q+5UTZ6ZoNZSEviBGQ8Y3aQfNUCORgpvZYWTRjAY4vjJJkJGpu2MAb+ HfpnBzt11Qd24bhrKoV9HKaOvA/jWtDmv9Ht7/464QcwLmwVD3tgAgk20uGXEDOTgEZAIPpt6KQk fU09TS1FubUUdXiQtbj6vSMv0gkkEgEAjGNhnByFJXejvFumjkrnUtQ8RFoklq2HYt30iTB1E5Od 9sAYAVeeKu6TR0dMGVJbgt5MWANgCSSARv1JwM7oJKsu104jqqe1Mr3VEczm5HJEQ1d+m5A67/Lo uludDZ7dBDHG94YGwwxM3c842Az3wCSfIElVmyWim4YiMkmmsuz2Z5UZGWD3nZrfNzsDb4GTpoZ7 xKZnyHkfZdMw+GRud44vJm2C/q7tgYwHtqgfW1XPmeJGxP1yva3wTT4x4SerGDIHrv1GTPr5jY2O NsbAGtaAAAMAAL6QEREBERAREQeoiICIiAiIgIiICIiDxERAREQEREBERAREQEREBERAREQEREBE RAREQEREBERAREQEREBERAREQEREBRnEet1lmhjOHVBZT59JHhh/BxUmoy/HFJT+XtlPn/StQecP MaKKeVoP11XPIc9/rHAfgAqPxrb2M4xgc97YYqwMLpXjLWn7JJyegwCVeeHmcq18rVq5c87Mn0le FH8cWY3azGSFuamlzIwAZLm/eaPkD8AghoLHfKBroYrbbqjnag+USEtIONnBxBPQfiSCVvW3g3M/ Pu0kbh4QKaDOnABADnnxO69PQdQAFtcE38Xi2CCd38Mpmhr8kkvb0D9+p8/X3hWRB4xrWMDGNDWt GAAMABeoiAiIgIiICIiAiIgIiICIiAiIgIiICwVlbTUEDp6udkMbernFa96u9NZaB9VUn0YwdXu7 AKgRRVPFFSy43yofFSEubT08LS58uMahGwAkgd3YPT5BK3Dj2Weo9msNC6oeej3tLi73MG/lv+C1 m2/ji6aDPVyUrcZDjKIvmGb/ADC3aa8wW+B8FnoaGl3AbzJTNI7bq5sTXEeW7lvxXe6mJpOHvcfs w2mct/rOc0IIF3BPEUjg6W7ROcO5nkJG/uW83gm6yw6ajiOcE7OYA5zfxcP1KSLr+9uQytDz9lrG 00LB78ukcvDZ7tUHFRM3xbvdLWSye4aGCNv60EZHwhw7bXNjuNZJU1BH8UHYLvcxvi/ErcirmRF1 BZ6T2JoOXMgjbJUO6DcfZj6/akOdui36XhmGNjm1E5cxxOqGnYKeI+WQzxOwP0nFS9NS09HEIqWC OGMfdjaGj8EEVRWEaAazAYXa3UzHFzXEHYyPPikPv22G22VNABoAAAA2AC9RAREQEREBERAREQeo vEQeovEQeovEQeovEQeovEQEREBERAREQEUe690HMfHFM6oez7YponzafQ6AcdD18l8R3yB5IdS3 BgHd1DLv8mlBJotWiudDcGh1HVwz7Zwx4JHvHULaQEREBERAREQEREBERAREQEREBERAREQEREBE RAREQEREDuo++0slZZauGHJmLC6IDrrb4m4+ICkEQQlhnjNTUiNpbDWBtdBk9Q9o1j3hwyR/OU2q xUxy224aKeN7zC59VTtaB9ZG4/XQjpuD4x1zkDsrFTVENXTxz08gkikaHNcOhCCjcTWWrsd0N/so wwHVLG0bM8zju09/L9Vj4d4mo77CGsIiqmjL4HHf3t8x+rupogOBBAIOxBVNv3AzZZvbbJIKWoad YiHhbqG4LSPsn8OnRBc0XPIOLb5YZG019oXSjo17vC4+ZDhkO6/81Y6DjWx1ukGqNM9xxonbpx7z u38UFgRYqepgqoxJTTxzRno6N4cPmFlQERCQBk7BARRdVxHZqSMvluVN4Tghjw92fc3JUVVcf2WB 2IfaKnbrHHgf6xB/BBaUVHHGd5uGn6JsTnNd0e8Oe0/LAHzWI2jjK849vrhRxb5YHhuQe2Gdf84o LVcuILVa3FlZWxskb1jb4njbO4G4691Xav8AKPRMGKShnlP/AMRwYPwytm2/k/tdKAa18lbJ6nQ3 5A5/EqxUltoaEfwSjggzjJjjAJx5nugpUnG98nOqisoDP50b5PxGF8xcacRNdmezNcwdQ2GRp+ZJ V/kkZEwvke1jR1LjgLTde7Sxxa650TSOxqGD+9BUofyjaJXMrLY+PHZj9x7wQFMUHG9krHtY6d9M 93Tnt0j5jIHxUhLdrFOxzJrhbpGuGlzXzMII8juoissXCd0bmOSkiedg+lna3GD5Dw/ggs8Usc0T ZYXtkjcMtc05BHoV9rnx4Wvdleanh648+LVnlh2ku94Phdgf/pSNp44b7R7HfaZ1DUjALi0huT5g 7t6j09yCG4uqRd+K20b3O9koW+PSdz0LsepOlo9cKetNnNZUSvqXHkNbyZWMOlr3DblNI3ETN242 1EEnKrFrc2fievqo3M0mujcTnI0Goacg9Ouj4FX/AIcDmWSnikAEsWqOXfOXtcQ4+uSCc985Qb8E MVPE2KCNkcbRhrWDACyIiAiIgIiICIiAsVTUw0lO+eoeGRs6nGfQDA6nO2FlVb4oqX0UsdVPE800 enkzNbrZBK46TI9ud9LT4RjGSe5GAkpL1TObE2h/hlROwvjhjODpBwS7P2QDtv326rRrrg6mHMul 7goG6ciGlaHPPrlwJcPc0LF9FT0tFNU8L1MRfUgufzxzDI79IPO+rOdnZGSdhuqxYeC5ru6apudW +MtndHIweJ7nA+LLjt1775QbL7hZ+Y5zeKLsRnIzUSDPw5WFYLdWTVUYda77T1rtGeRUtDnbHGct DXN7blpWn/6OrR//AGa7+uz91RNy4ArKOQVNoqXTaHamsJ0SNx0w7oT67ILlTXfU9sVdAaV8jtMb 9YfFIc4Gl42yewOD6KTXNbPxZyZXUPEEJljIDHSyR+LH/wARv3+g369euVdYJX2/Q4ziotkgBjmc 7UYgemXfeb5O6jO+26CVREQEREBERAREQEREBERARFEXGtbLHUtFSaWjpzpqKlp8WcfYZ67jJ65O Bvu0Pq8cQ0Fo0xzytdUvwGQtcATnpknZo9TjutA1dDXtzd73Q8p3/skFS1seMn7Ts6n+vQbdFkpI KoiV1DSstsbyBrewPnmJ3LnOydJ/pBx89+mSKO7wvlcLmJ2H7AqKZpDWjuHMLQ4n1LfcgmKcQtp4 xTCMQho0CPGnHbGNsLIoBzoKfMtwo/YHyOBdWUjiGOd21kYPcnxAsHdxW8Kqoo2NfUEVVIQCKmIe JoPQuaNiO+pvn9kAZQbFZb6SuDfaoGSOZ9h/RzP6LhuOnYrTIrrWCWcy4UgyS0nM8Y9D98ddj4vV ylGPbIxr2ODmOGWuacgjzC9QYqaohq6dk9PI2SJ4y1zTsQsqjKmikpak11vB1E/X042bMO5Hk/17 9D5jepqmGrp2T07w+N/Q4x6EYPQ52wgyoiICIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAiIgIiIN W4UYrYAzmOilY4PilZ1jeOh9epBHcEhQtNUVlHVzkwHmbvqKOMbP85ofMHbLeuT5nxWRa1fQw3CA wztcMEOZIx2l7HdnNI3BCD2iraevh51LKJGZwT0IPkQdwfQrYVaqrZXwVLqnS+eQjHtVGWxzkAHA ex3gk7Dt02C+qW/VIn9nc+lrJA5rTFk0tRkjJ+qk2OxB+0EFglijmidFMxskbhhzXDII9QoKv4Ls daXOFKaaRxB1U7tOPc3do+S3BfYGNkNVSV9Ny86tdK9wAHfUwObj1yvYuIbNNGHtulIAf05Q0/I4 KCsT/k2gdJ/B7lJGzykiDz8wR+pex8CXCnYGU1/lYwdA1rmj5BytD7/Z2MLjdKIgDO07SfkCvkX2 lkhElPDWz6h4AyjlGr3EtDfiSAgrjuCbpUtxWcRzvx0BDnj8XLHB+TWFsoNRc5JI+7Y4Qw/Mk/qU xUcTlsjooYIGPG2maqa55d5BkWtx/BY3z36sP1XOY0jrHA2Bp8/FIXOH9QdPiQ1xwVw5bWmaumkd EfCDUzhjQfeNO6zQfQVupmz261aomjVz5IhGAD0PMlIyCT2J/UvaLhio5zZ6yoY2doAErSZ5tunj lyB1J8LB71LRWO3MkEslP7TM0ACWpcZnjHTBeTjck7YQRY4hqpD9TFTlgG3s7Zan4AsYGk+mpGy3 +bxOFaAegjigh/23PP4BWUgHqiCtstt2kj1SteZHHrLdJWlo/oxMa1IuGHNOuQWyWQjczUckx+b5 SVZEQVtvCjXSh8k1IwZzpgt0LflqDitxlhEQOivna3sGwU4//GphEEWLPJ/KdV6fVQf8Na1RwxFP u+rc9x7yUtO7/wDGp1EFZZwny36mz0Mg/RmtkRH+rpK8reFjNAWtprK53Zoonw5/zmvyPkrOiDl9 VJb7Lc54pbfVWycR8stikFRFM09ch+CQRts4fA5Vh4ZknljkmobxTV0+QJIpA5nNaAAHuz4mvxtq wQQBnJ3W/wAW8PtvlDrhYG1sG8TnYw4d2n0Pr395XPrLcILZcXQXKkPILwHAZbJA7I8TXDxDp0B3 Hmg6hT3dpnZTV0ElFUv2Y2XBZIf5rxsT6bH0UioLRUQUh1tberZI0OyQ10ukDrjGmXoPI/0l7Svn pYxPb5JK+3ad4XOLpWbnIaScnHdrtx0B+6gnEWKmqIqqBs0Dw+N3Q9PeCOxB2IO4KyoCIiAiIgKO vm9JBH2kqoGn3cxpP4BSKjb436ikk68usgPzeG/7yCnyVdxf+UOqobfWuo2zuw7LQ9oIjBLtJ2z4 eqvtLTx0lPHBC3EcYwMnJ+J7lc4lmNJ+U/Wc71Ib0/TaB/vLpiAiIgrPGPDDLzTOqqZoFdE3w4/y gH3T/cVXeBb4YJmWavANPM5zYtR+y89WkE/ZOfLqfl0Wd0jYJHRND5A0lrScAnGwVBZwi+93Q181 SynjqIo6jEEWAXOzqaMnqMAk/wA4bILbajJRyut0xzGAXUjndTGNiw57t2Ge4IPmpRVm7GipXU9R 7ZLWXClqGNYC/W4ZIDmlrRpaS3O5A37qzICIiAiIgIiICIiAiIg1LrWGgt01QxhfI0YjaB9p5OGj 4uIHxUTyCbjDb2YfTUUXMkc7Pimdk6jlpGRudz1fnqFu3wOkdboGnAlrY9R9GAyf7gWOniBuVzkA DXulDAdiR9WzJ2Ad08iUG0ZpGgSEEA+IAYBx2buS07bkhw6L5c+RnhydwQHEE753OkkO9BpcevRa 1wkq4pKaKFzIpKiXS18mXgANLuxadg0nByPVamivtLm+31kFTSPeGPnDOQ6NzthqaMtc3cDJHVwz sMgJUSzA6wzcAZaCXdjgZwHA7gnIPVaJgqrXMJ6HMlKMiWkDRg9SXRkbNIz0IGrfJyQVusblnia1 0exADQAAOgwct95BC+nxSAtJdg40NJ337nc6vk4oMUMkbY23C3udNRyjL4Y25x1y5reurP2m9djt q2Mkx7ZGNexwcxwy1zTkEeYUPUCa21Rroy4wOx7TC0astGwkH3tQ79cjbsMbcbo6eVk0L2GjqSCN Jy0Pcchw7Ydn54P3iUG8oirP0RXe2ghtDUODakF2BG8kASegOwd8D5qXXzLGyaJ8UrQ+N7S1zSMg g9Qg+kUXZZXxGe1zuc6WiIDXuOTJEfsOJwN8AtPq0nupRAREQEREBERAREQEREBFjmnhg0c6VkfM eGM1uA1OPQDPU+iTTwwaOdKyPmPDGa3AanHoBnqfRBkREQEREBERAREQEREBERAREQFiqaWnq4+X VQRTsznTIwOHyKyogjW2G3xucYIpacO3Laeokib/AFWuAWv+bgDy5t5vDQTnT7Vke7cFTSIIqCww xA8yuuU5PeStkH+yQvv6AtbpOZNSipfjGal7piP65KkkQY4YIaeNkcEUcUbPstY0AN9wCyIgz3GE BERAREQEREBERAREQEREBVPjLhQXZhrqFrRWsHib05wA6e/y+XkrYiDlfCfFE1jmNHWh7qEuwQQc wOzuR6dcj4+eb+6lbK76TtE7ObIMuAOYqgeuO/k4b+eRsozizhNl5aaqjLYa4DDuwmHYO9fI/A9s U2w8Q1/DFa6lqY3mn14lgePEz1b5H8D+KC/M5r5DcLfG+KcHFXRuOz3ADLT2D8YIcNnbZ2IKl6ap iq6aOogdrjkGWnH6/JRZqI7lBHdrLJHLOxuCwnHNb1MbvI9cHsfQnPxHPDSYutI14oqk6qqLGDG7 ODJjsQch/uz1ByE4iIgIiIC0b3C+e0VLYQTMxvMiA/TadTf9YBbyIOX8bExcRR11G8ltRDFVMc0E hxbkA/ADK6XSzsqqWGoj+xKxr2+4jKo3Flrl/N2Llue59pkfEQD/AJF2NJ9cN0D+spH8nNf7RZZK NztT6STA6/Zdkj8Q5BbUREBUHju0OpLYyobPI+EVTyIhhojbJ4nDpk+MZ9MjbZX5QPG8PO4UrQAC 5oa8Z7YcCfwygg+Eah0nA9aHOyaOV0jWjrhumQD4kFXlrg9gcOhGQqB+TV7ZZLrDLgmVrHaOoI8W f1hXKxyOksdC6QYfyGB3vAAKDeREQEREBERAREQEREEZe2ua2gnb/ka2IkZxs48v/fXwwSC63BoJ acNkZgkE5aGk9wcaTjLTutu7UprbZUQMOmRzMxu/ReN2n4EAqKq6iN81tugDWRVcYifrAIa4jXGX Z8jqHUHLggXJk0VXbnRsFQ8VLg1gdoAxDJgYyW6u+cD3dcbl3c36MqnmGaUtifqia8hxBHb3YzkZ xjbK0rtJ7A+hrZHF0VLUtaQ933XNLC4OcNR+3nGSMN6hZ7zKZ7bVRtmjOiF5fHgnPlhwxjt59ehQ e2sSVFspJKh7tUkLCMvOogNB+1hrsnv9rovuqlgowZKmsbCc5D3yCPxO88YBwOmpp6LFZmx/RVNy iGN5UbHMb93wgnUACMnzLWlYo3sk4rpY3kPaKJ8kfXRqL2jw7kZAHZBvU3Kq4mS080c9MdvqiC0g fdI3b16kaey17fEynkltUjWmlnjM0GgaWhp+2wY8icjfo7bYJX0vsdXHXUzGsE0jY6pjATq1EAPG CCHAkDI6g9DgL6uccscQrYWNkqqYumDS3xPaNnMaRgnwkgZB3IQbtukkMLoJ3654Doe79Ifdd8Rg ntnI7LbWrzWGenmjOplQ3SCB12Lmn3YDvmtpBB3gCivlruQOlsjzRzbHxB27PcA4f6ynFFcUQmfh yuAeWOjiMzXDzZ4x+LVvUVQKyhp6pow2aNsgHlkZ/vQZ0WtW1rKIML4aiUPOPqYXSY94aNlrG/W5 jo21EzqUyZ0+0xOhzj1cAEEki04LtbamURU9wpZZD0ayZrifgCtsODhlpBHog9REQEREEJxbDJNa 4mRSYcahgMHO5XtQOQYtWR1BPn06KvUNWbQKqhoaSW3VdRVwU7opJxPHTmRpw9vm7AyQTj7O+2Fc rjbqS6Uppq6Bs0RIdgkjBHcEbj4LXp7DbKa2zW6KkaKSYl0kbnOdk4AzknI6Dp0wgrNwrat1bS2y umbUy0N2pP4QGBnMD2udu0bDHTbr+vHUVVfdYrJdp6topai5xiOjbEPqsOcAdfV2zT81aobDbIKW CmipGsip5hURgOdtIOjic5Pxyvh/DVokuQuDqJoqhIJdbXuHiBznAOOoz03QVy2cUXWqr6aqdBUu oqqYRGI0uIYmudpDhNnLiDjORgkkbbKV4PlutfQRXKvuXPimY4CDkNbpIfjOodeh2x3Wx9F2H85N fszPpTR7T97GM6dePs5z8c7+q27EynjtEDaSkno4Bq0wTgh7fEc5BJO5yevdBIIiICIiAiIgIiIC IiAiIgIiICIiAiIgIiIC9XiEgDJOAg9VF4hvlXTcSz0hvBt9OyJjm4pxJkkb9sq85AxuN+ir9w4c qp7zNcqO6GkfKxrHN5AfsPeUGk3it9DTRxSxvrpJYmupZgNHtTicEYx4SMrV/Op1tlri+lmfUPqm xlktTmNh074JHhCkqrhOSuJkrbnJLUMjayCRsYbyiDkuAB6nC16nhdjXyNnvPLlrJteHRtxI7Tgj STv5oNT86rzUXekbS24FskTj7OJWkSEE+IPx0GEtfFFU0R0dFb5queZ8rsTVOSMHpkjopBnCLKKK kko7nLSzUjHgzaAdQJycg7Be2HhmGjq6a4wXAVLGiQtLWDD9XfIKDyLjB9XBSMobc6euqNeYDIGh mnrlxUpw7d3Xq3GqdByHNkdGWatW49VXa7hSvoIYJLLM99Y2SQmUObHhru2+cqe4Vtc1ossdPUuB nc50kmDkZJ//AEgmV4vV4gIiIChuIeG6O/Qjm4iqWjDJ2tyQPI+Y9FMog5C+O9cGXQOGY8nZw3im A7ev6xnsrRa+JrbVVQeQyJlaRFV0spGkOLcCRvYg/ZPfoe29vraOmr6Z9PVwtmif1a4fiPI+q53f +B301xp47ZK18dXIWMjkODHsScnuAAT5+9Ba6O6C11f0LUse+Rm9O5pGXQb4cckZLcEEDc4yAVPM e2RjXscHNcMtIPUearldS0tvpRFI6S4XqWLEL3OxK8s8WW9mAYzjvj7xO+/w1E5tnZKamOcznm5i H1bSQAQ0dhkEkbbk7DoglkREBERBHVcTBcmNkYHQV0TqeVuM6iAXNz6aeZ+C53wjUvsnFvskzsNk kdSyAb+LOBt/SAGfUrpF2H8DDwccuaKQnGSAHtLvwyPiuZ8ZB1v4ymngwxwdHMwjs7AOfmCUHWUX jXBzQ4dCMheoCj+IGa+H7i3Gf4NJgeuk4UgsVXFz6SaH/tI3N+Ywg5r+TQgcQzgnrSuA/rNXQLKS aKQH7tTUDGOg5r8fhhc14Ak0cVU7c/bY9v8Aqk/3Lpdtw2aviac8upP+sxr/APeQbyIiAiIgIiIC IiAiIgKE9lZNHXWV7jD/AJemcx2kgF2oOGDnLXj/AGfNTa0LrBKWR1dKC6ppTqa1pxzGH7TPiOnq Gnsg1Lc5txocPY1riTFUw7Za/o8OAy05x3A2OcrTNmqI6N9LFc2todBbG58Wp8bemkO1ae7sEjIz hbE80LZI7xTObLQ1DcTOyBy3Y0iQdCDsGu3GMDPQkb+ITPpy4SHADSS1504yc7Fw893dkBlLFAxs IcQ1vgia5xONvuk+IHtsT0C1KaI/nM92o4FK0kFoyfEQMktz22ye3vW7qi0u5bn6sFzy1niydhlu OvqWnYFRVymFtkgulNC2eGnzDMIwXaY9sluMhunGTsAfkgz8Vs1WWcASPkfJCwNazWCea0gaXeHv jfY9D5L7irKWsc+A5gfFvLTztA0gdPCcjT08TSAfNecQTxmzs5Ewb7RNCIpYw1wyXh2oZOOgyCsF RJK0MivMHODQSyrpQ5ksewydIOoepYSPPAQZbe8w2GRrzj2GR3cnLGO1NxknqzT3PVTarDoZaKy3 SWOVt0pKtsknOj0ax4NJyBhrhhoyRgk52Ks6DQvxAsFxJGR7LLkefhK+eHTnh227Y/g0f+yFr8XV fsvDtUGhrpahvs8bCcai/wAO3rgk/BSVBT+yW+mph/kYmx/IAIM6IiDBUUdLVZ9opopcjSdbA7by 3WuLLa2lxbb6Zpd10xgZ+S30QRLuHqQRcuCor6ZvYQ1kgA3zsCSFvUdK6lYWGqnnHbnEEt+IAJ+O VsIg1bo+eO11b6UONQ2F5iDW6jq0nGB337Ln8LqCSjhmt01dIZGRG9aC8s0ZBkc4nxFxJP2T0Du2 c9GqJ46anlnmdpiiYXvdjOABknZQVp4xtlwonTTStppYo3STRO1HQ0Ox9rABzkbDffCCtTwQVMUM FM17rDLdaZlK1xcAQWuEobq8WM/DOcd1811vpoLtPaY2OFALnRAQ63EDXG/V1Od/P3eSv1uuNJdK UVNDO2aIktyARgjsQdx8VqXHiW0WyqNNWVrY5gASwMc7GemcA49yCoV9LNb33ygtQdHQwzUzpoi9 7mtidG4vJwdWCdOrTvgeS16Srmis8sfPabP7ZA2b2Vs3Ljjdq5rQ541jOGE4P3v52Fd2cS2h9wfQ itaKiMvD2uY5obpBLsuIxsAd89ki4ltE1vnro61rqenIErtDstycDw4zuT1x5+RQUSKm4XhvjpZ2 1Js8sLjDJK2QNdJqGQwgAkAHG/fPos1s9k+ibV9Pa/ob2eXRjXp9o5zuujfOnOM7dcd1eq+92+3S yR1dRy3xxCZw0OOGFwaDsP0iAvi38RWm5c72StY7ks1yagWaW9z4gNh3PZBVLba3Xa9UUHEUL5pm 2rW5sji12ecQ0nBBzpI67+e6sPBEj5OE6B0j3PID25cc7B7gB8AAF82ziWC7cQuo6CRk1I2lMpfo c12vWBjfG2CO3xU+gIiICIiAiIgIiICIiAiIgIiICIiAiIgKF4yJHCtwwcfVj/aCmlhrKWCupZKa pZzIZBhzckZ+SCg1dyuRksD6u3GnjgcHRuEodzsNHYdNv1r2ycW3GS60zq2d7qWcuEjTCGsZscaX Dc4VsvLrRboKOouLdMdM8CAgOdoOPT0HdfFFZrA90VfTUdPmUCRjsYyD3APT5IKtT8VV8V3hcypq KujmLwGzU7Yw4b40kbla1ZW3Co+h7nU3Fkz5HvkjgawDkkdPU9O6ukfDdkpJ2VMdDHHLGdbSHHr7 srQttn4fvFvbX0dCKd0usMccgtduM4zj4IIOC83UUdI6quLKuO4wTB0PLaDFhpwchLNX3OzUFmld Ve0UdUJGim5YBZjOMHqd1PWmz2K1TttrhHLcOQS97mkFzCcH0HXGylm2e3NZSRNgbiiOqBuo+A/P f4oKjS3+7Rso6mWvjqG18UzuQ2MDkFoJB2/vSivV6o4rVX1dd7XBXB4MHKa0twNtwpquh4a4emEt RTx076lrm6msc7IP2unTqsf0jwrHUUdDzGB1HJphBD9Mbvf0+aCF4f4pulVeqNtTK+SCqc5jmGEN Y09tLup+K6CoyDh60U1WKqGghZMDqDgOh8wOgUmgIiICIiAtavoae4U/JqWEgOD2OaS1zHDo5pG4 I81sog51xdYau0zQXmjqaiodHp5ssrg9zXDoenTtj9qlOHr7DcGvmoGshuL/AB1FCTpZOe72Hs4/ 8ndnC4PY2RjmPaHMcMOa4ZBHkVz/AIj4Glif7VY8uYMudTl3iafNh7+7rt36ALtRXGnrHOjYXRzs AL4JW6ZGe8eXqMjyK21yqk4okaW097pXTuiOGztyyeMjzIIJOwHUE9yrTbOIGSMaKS8UtQNhya48 l4PkH437baXf0kFsRRTrzLAwOrbXWQg/fjDZmj1y0kgepAWCXimhzCylZNUzzP5bIg3l5OM9X4GP VBI3NzW0Tg84bI9kZPlqcG/3rmfHEjH8VVrCwvcGRsZg9HYafjtkfFXOtulTFUiW7U8VJS0LBUOD JuYZnuDmsYMhvfUfeG+9VDhimn4i4sNdUNzHFJ7RL6HPhaPjjY9gUHT4IxDTxxN6MaGj4BZERARE Qcj4FafzsoHdiZB/9ty6Zbf+m3b/AOab/wCTEuZcCk/nbQjO31m3/huXTrd/0267f+1N/wDJiQb6 IiAiIgIiICIiAiIgIQD1REELVNbZpJZizmWuocTUR41clx6vA7tP3h269yvljI7S009RpdbJsMhe clrMnZjhuAN9nYx2O+CZsgOBBAII3BULNTT2mKQQQGttrmkOog0F8YPXRn7QIz4D8D2QbY5EsTJH aXRtc57ScOYCNgQckDHbBHdZMMAAcH6mANbrO4JxsHHqfPDj0UTCJI42Vtom+kaPq6PX9e30DsjV jP2X7jz7LYpLhQ1DZIoHZmaDzItJD8nAJdHjPcblmEH2y2W2KvFZFTBlVh5DmAtI83aNsk+ekkra PKETmRsBGACxg2GTkgtAO/XfC8dNTimJdyzADg6nDlgN267tG/bZRc9a66htFaZGyOcDzqtrtTaY HycCcvwdgHbeiDVbbxV0FynopnUvttW6FhgOpjmFwjcdGcdnHIwcd1bFV6i/2yjq4aCkZJUuo/q4 KenBe5zw3HXya3bOT1P6K+32u8XxzTd6htFRE5NFTOJc4b7Pf+vGx9OqD5a88S8QxviOq1W1+oSD Omab07EN8/1ghWdYqWnipKdlPTxNihjGGNb0AWVAREQEREBERAVJpLTeo7VR259vYPouo9qjl9oa W1Ja8nQB1bkOOCfLfGdrsiCGsVFVtrbhc66FtNLXGP8Ag4eH8sMbp3cNjnrt0/VVLzJLFNd+GqWN tTPXVPtLXNLgQXFjtGNONgM5yBjfrsuiIgq30BV1VkvtDJpgfWV0k0LnEOBbqa5pOOmdOPMeS1bp ZrtfY66smo2Uc7qVtNFTGYSF+JBIXahsOmAPPrhXNEFDu1s4gvVRX1E1qbTmSjZBDGJ2OziVj9zn 0ce3l75PiGwVd3u1SY9McMtuELZXEY5gmDw0jr0HXH7FaUQVaBl8mvlTdJLS2le23OhhY6oZIHyB 2poOCMZ/u6qx0bp30cDqpjY6h0bTKxvRrsbgbnv6rMiAiIgIiICIiAiIgIiICIiAiIgIiICIiAvV 4iCD4uuEFLZaimk1umqYnsiaxhdk4x26dVRb8JRHBST0DYpqWjiaJXCQvdsD4ceEYJPVdWRBzNxi nlMl9irpXPpIDRuhDic6Rqx2znzWxwaI45KBt1jlIJd7AT/FtdqOrI/Sz3K6IsfOiFQINbeaWl4Z 305xn5lBSeIqK3M4w51zgl9mmpgQ5rXkGUHA+z6BaFlicLnbeTFUtu4qn+2vcHaTHk5z2xhdJRBV uOauOW2utUTZJKyocwsY1hIxq8+nZQ3ElQauZtDSMqGlkzWvovZdIlcHbvDx5roSIA6IiICIiAiI gIiICIiDQudlt12ZiupWSOHR/Rw/zhv8OiqVd+TrSHOtdaN26dFUwH3nUBt8vir4iDmjeHr9bWy+ z0dTH08VBXaGkD+acuJ/xhahuHElGWSVtPXOo4Z2Sv58OT4XAjMhbntjOV1Y9Nliq6dlXSTU0ueX Mwsdg74IwUFG46jivNRbDbp4pg55ifIx2qNmpzQ0ucMgbk/NW6x2imstvZS0wz957yMF7vM/sXjb NTuANVLUVb8hx58zi0kHI8AIZ28lIoCIiAhzg4GT5IsFdUx0dFNUSvaxkbC4uccD0Qcp4F//AJdQ /wDif+W5dPt5BrLmAMEVLQfX6mNcw4GLfzroBjBzJk5/+G5dJtdRC+5XaJs0Zl9pDtAeC4ARRtzj r1BCCUREQEREBERAREQEREBERAREQaFVaoppnVFPLLR1TsZlgONWM41NOWu69wo6uo7k+PFZbrbe RG3EZd9S/P3tnBw326EdFYEQUp1oZrbK3g18koOcS17S3b3uOR6YwpIWy73CD2apkp7VQY2p6HeT T+iXdB/mjfcKxog0bZaaG0RGOhpmRA41EDLne8nc9fgt5EQO6IiAiIgIiICIiAiIgIiICIiAiIgI iICIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAiIg+JpWQQvmlcGRxtLnOPQAbkqNssLpuZdZ886sA LWn/ACcQ+w0eWxyfUr5vpdVup7TE4A1bsz7kEQN+3089m/5x+EsAGgAAADYAIPUREBERAROqICIm RnGd/JARFhqKumpQDU1EUIPTmPDc/NBmRQ94vTKSCnNJU0Jknk0B1RNpjaNLiSSPcB7yF5RXipkq 6SmnpYCKlj3snp6jmRnTjJ6DAyUEyiJ1QEREBERAREQEREBRXEsj4bQ6drGvbBJHNI0u05Y1wcQP M7dFKqn/AJR7k2ntLLe1w5lS4Fze4Y05/Xj5FBnpeILRxE5//qeep5DdTnS08bgwe8n37deqxcMy WmruMU1ujhZIG1D3iNgaQ0yAMBx209uy1OF7c6j4PqpXM5dRczy48Eg6T4W7H3ucMdQQrwxoYxrW 9GjAQeoiICIiAiIgIiICIiAiIgIiICqxqLxerxcIKCvZQU9C8Rj6oPMjvM57bK0qBq+G3vuM9Zb7 lPQPqQOc2NoIcR336FBMUgqG0kTatzH1AaBI5gwCe5CzLBRU5pKOKnM0k5jbjmSnLnepKzoCIiAi IgIiICIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAiIgIiIC16+qNFSPnFPNUFuPq4W6nHfsFsIgr9 t4sguFUYW0FZC1pc2SWVgDIyBk6jnZTNJXUlc1zqSpina04JjeHY+SqAtNwm4e4gp44ZGTTVr5I2 uGOY3IO3vAW5wzRzC+VNay2vttKadkXJc0N1vHfA/WglJb/DDfI7XLS1LHyZ0Slg0Ow3Jwc7r6s9 /o7zPUxUgk+o05c9uA7Oenft3UbUNqrlxdQzCgqIaegEuqWRuA/IwNPmtewVNQeKrjPJbK6GKt0a HyRYDNLT9o+qC3Iij70y5PpALVIxkocNQdgFze4aSCAfUgoJDIyR5LSlvFsgldHNcaSORuxa+doI +GVXjRU81WwVdkvVTUxM1GeScbEkfZcJA3+rj3KvVVN7NxhS1YtNZS0EMsezoDsW4yctJ1bjOckn 1QX/AOnbR/KtD/aGftT6dtH8q0P9oZ+1QnFtyguHDtVSUsdW+eTRpaaSVucPaTuW46ArHwhcqS22 CGkqYqmGoY5xkb7LIckuJByGntj5IJSCvs8dzqq594onvmaxjAahngY0dBv3cSVt/Tto/lWh/tDP 2rB+c1rLi3mz6h1HskuR/qp+c9qIyJp8f/Ky/uoPisvbKiaCjs9XTTTzFxdI1wlELAN3ENO53AA7 koILw2URuvdNr2Aa6ixnr08e+wJ+Cxtv9BPeKcRyOOqCQMD4XMc52WnDdTRnODsDvgKUp+W2edod E6bXqc1r9Tmggdc79vlgdkEd7NfQ4gXenczYaxRbg5xjGrp5lZTTXpuM3am8h/Ajv/rqSDdJLg4D U4E7dT0/Z8vgsM0dROYnRSupix2XjAdrGOnl1xv6Hzygj5/piOmqDFcaSeSAFzmso3F2dOQ3Af1O 22M7jzWqy7XW3ijkvDKYsqHCORkYLXwOP2e5DgenbBUlWsmdRVMVrmijuDWty7wucN8jIPmM4ztu qx+UCG61EEJp2SihA+tAkwHOLmhoLc5O+Mbd8+aC13G8261sDq6rjhyMhpOXEZxs0b/gqbePyhSn w2in0MORzp27k+gzjy6/JRlFwDeahuqcQUwPaR+Xf6uR+KnqXhK3Wd8TXxm6XGXPLikGIh5ucN8N GRknPoMkBBVuZxBfY5Jp5Kqalxl7nSiGHb1OGLBBw7capobR04qi4kcyPVpGOvjOGH5lXt1I6qq3 wsH0hVQkjmS+GlpTg4DWbgkeXiPmWqVjs0jnl9XcKmQk5LYXGFp282nWe/VxG6Cm8J8MV1DxNTPu cAhDI3zMaS1+sjDexOMF4OfRfV6tt6ZxDWXGwUxigi8Gqn0t1YaC4aervFnsdx6K1fm5HTVbqy11 c1JUuboe5557XjOd9Zz5dCF9UtmraWnLY71PzHPdI7MMZYXOJJw3GQMnpqQUk8WcT257BXgsL9x7 VTaOnlgDI6LfpvykSAH2q3sdg41RS4/AhWzkXaIx/WUVQ1pyQGvgz8i4H4hRtTbKeeN4uPDDHknU X0j4yevc+B3yygUnHtjqCRJJPTY6c2Pr/Vz+KnqSvo64E0lVDPjry5A7Hvx0VIrOHeHC9xjqamgy NQZU5iGe2BK0avL7S0KvgSqhAlp66LGgyuMzDEG+XiGpufig6ci5W6fjCyMEj31nK0h2okTxhvv3 AW3R/lFrotqukgqBjqwmM/3/AKkHSUVfm4gqbZS0lVeaOKCnqHBpfFKXujJBIDm6R2Bzgnot9l/s 72BwulGAf0p2g/IlBIoo2XiGzRROkddKMtaMkNma4/AA5PwVcu/5Q6SEOjtULqmTtLIC1nTy6ny7 ILNebvS2ahdVVTsDoxg6vd2AXNqCmrOM+JXTThwgDg6Ug7Rx52aD5noPifNfdDaL3xhV+11UhbD/ ANvI3DcZxhgHXv6bblXikpIaKnFms5LGt2qJ29Y9hk6u8hyMeQ8sAENiFgq7ixkTGtoqDwtDWgNd LjHh9GjI95x2UqscEEdNAyGFgZGwaWtHYLIgIiICIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAiIg IiICIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAtX2+Ntd7JKx8T3DMbn40y+ekg9R5H BW0teuooLhTGCoblpOWuBw5jh0c09iPNBsIoukq5qJ8FDdHapXkshqR9mbHQH9F+O3Q42PYSiAvC ARggEeq133CijqBTvq4GzHpG6QBx+C0qriey0cpimuEWsHBawF5B8vCDuglenX9S9UM/iuyRxiR9 bhv/AHT8j4Y2SPiyxSY03KIZGfEC39YQTKKK/Oaycws+k6bI6+Pb59CvBxPZCHEXKDDeu6DJerWL jFHJFKYKunJfBMBksPf3grVhpOIYhg11BI7prfTuyR2yQ4eZ+QWP6QHENcKe03B8VLAzXUTQgai4 nDWDUNujiTjyWd1oqXBpZfrgA7pnl7jH9EboPeTf486Ki2EuOTmCT0H6f+MLx0F/kdiSothZsf4i TYg5H3/PC+/oecBum83HI7F0e+/fweSyGgkbiP6Sr8vJIdqZtuDj7P8AgZQYDT392ounteot0h4h kBGTuM6vd/gb4rdZ7m2OniutyFTFTvEjQwOa6Rw6a3Z3AO+MbnGei+bvDUWy1y1DLrWySNGmJrjH h73ENaHHT0yR0xtlYWVdxsopvbaie5c1zonxMiHMBa0kFjWjLhtuSehb03QWCepjpqd01QdDW9e+ T2A8yT0HUqEZDVOmDS50dxrzzKiQEE00A6MaegPb1Jc7svueSUTwVFwia+rdtR29kmcOxkucehI8 8Yb2yTvJ0FGabmyzP5lTO7XK/GB0wGjyaBsPn1KDNT00NLTtgp4xHE0YDW/46+qyoiAiIgIiIPHs a9hY9oc0jBBGQVH/AEFb2uL6eD2R+MZpXGHPvDcB3xypFEES6218Re+muQke4D/pMDSTjplzNJ/W oTiCKGQxw3az07ZqiRmayAh2lge0Oc92GloDT3yOmVcVqVtvirHxyOkmiliyGSQyFpAJBI8iDgdf JBWOI6qy3u50lDUXKIU7I3SOfHUhrdRIA3wW5ADtjjqo6HgSjuAdJQV8zIQcNe8Ryh3uLHfrV1o7 Y2lq5Kp1RLPNIxrC+UMzgEn7rR5r2SzWuWQvlttG97urnQNJPxwgp7PydQQucam4yOjDdRc2NsYH oSSf1LYorTw1SP1QsfeKnY6Yz7TjfG5ADAP6WOh3VmFjtAIItdECO/s7P2Lea1rGhrGhrR0AGAEE ZyrlXANmc23056xwv1SkeRf0b/m5Pk5b9NTQ0lOyCnjbHEwYa1vZZUQEREBERAREQEREBERAREQE REBERAREQEREBERAREQEREBERAREQEREBERAREQEREBERAREQEREBERAREQEREBERAREQEREGGrp Ya2mfT1MYkieNwf1+9aFztlVUW+ngpqx+uAt18x5HtAA3DnN3GeuR8lKogrR0scykk4VJcWO8Ecc T4SQfD4zjHTuAd+hUHUxTR8a0dYyx1sFHThrHNZTZa3Y7jRkEDIO3kugogrPFVU25cO1dJSwVr5p A0taaKYZw4HqWei+eEqwW/h6mpKykr4Zoi8OaaKU9XEg5DT5q0Igj/pil/7Ku/sM/wC4n0zS/wDZ V39hn/cUgiCFpblT1F+qYmtLNNNHKDPG+Nww54Jw4DYAjceZUjyxHIyd7SZAw6nA7Y6kYz1WC52w 1skM8NRLS1UBPLljwTpPVpB2IOB18gsZt1dp3vNWT/3UH7iCRaHE+IAbkkg9fL8P8FeEuc52MHBA wcYHfP8Aj/mo5truAOfp2q6Y2hhx/s+9eC0VrSdF8rBqOXZjiOfP7iD251FwZQtdRtpYJC/DzNJg MbkAb4xnBHu7algq6argqZKumrIY5KkRwuL4S4h2cZYM7dc4Id03zhfT7JWywzQzXyqfHKwtLTFF g5GN/D0x2X3RWIQS08lXXVNa6mGIRK4BrT0zgDc4OMknqg26K3RUbnS65J6h/wBueV2p59B2A9Bg LcREBERAREQEREBERAREQEREBERAREQEREBERAREQEREBERAREQEREBERAREQEREBERAREQEREBE RAREQEREBERAREQEREBERAREQEREBERAREQEREBERAREQEREBERAREQEREBERAREQEREBERAREQE REBERAREQEREBERAREQEREBERAREQEREBERAREQEREBERAREQEREBERAREQEREBERAREQEREBERA REQEREBERAREQEREBERAREQEREH/2Q== ------=_NextPart_000_0000_01CC6CC4.35A69080 Content-Type: image/jpeg Content-Transfer-Encoding: base64 Content-Location: http://gilmore2.chem.northwestern.edu/images/rychke5.jpg /9j/4AAQSkZJRgABAQABLAEsAAD/2wBDABALDA4MChAODQ4SERATGCgaGBYWGDEjJR0oOjM9PDkz ODdASFxOQERXRTc4UG1RV19iZ2hnPk1xeXBkeFxlZ2P/2wBDARESEhgVGC8aGi9jQjhCY2NjY2Nj Y2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2P/wAARCAE3ATUDASIA AhEBAxEB/8QAGwABAAIDAQEAAAAAAAAAAAAAAAUGAQMEAgf/xABIEAABBAIABAQDBAUKAwYHAAAB AAIDBAURBhIhMRNBUWEUInEygZGxFSNCUqEHFiQzNmJyssHRQ3PwJTV0wuHxJidTgpKi0v/EABQB AQAAAAAAAAAAAAAAAAAAAAD/xAAUEQEAAAAAAAAAAAAAAAAAAAAA/9oADAMBAAIRAxEAPwC/oiIC IiAiIgIiICIiAiIgIiICIiAiIgIiICIiAsrCIMosIgyiwiDKIiAiIgwiIgIiICIiAiIgIiICysLK AiIgIiICIiAiIgIiIMIiICIiAiIgrfGN/KY6KtPSmijrmVrJNt28kn36a0vPFdq3Jex2Lx0jmWJX mZ3K7l+Vo2AT6E/kuviPBWM42KNmQNaFhDjGIg7bh2O9rjxmJvjN3rWQsh0wgFavN8ocRrZdyjt1 QcVLJZinnqVS9ko7T5WufbgEbQKwA3suC38U57+gRSYTLQiQTNY8RcryQ7z9l0Ynhi5jJ+b9LmaJ 7i6Zj64Jl33BcST1W3NcK18hXjipGHH8rw9xirt2/Xb07IOGxxbcqSXGDGGzBj3iOewJQ0ny3y68 yveQ4psTC7Hi8fLYggZqSy2TRYXN6EDudf6Lq/mvzU8rA+6XOyLmuc/w9cpHtvquO1wtDTbI5mal o17AYyVvQCRwGh1J8/RBp4Z4juNhxdTIVH+HaDmRW3S8xeR6jv7K5qAi4ZbHXw8XxRP6MeXg8n9Z s79ein0BERAREQEREBERAREQEREBERAWVhZQEREBERARYRBlFhEGUWEQEREBERAREQF85sUqE9ni a3bk8OzXmJryeIWkO0da69eoC+jKJl4Zw0119uWjHJO93O5ziSCfpvSCsOzeYssaxt5tJ1bHtsu5 42kzu1vz9V5y/E2YgiqSwkj9I1GGJoYPkl5hzEfUfmFb8hg8Zk5GSXaccr2DlaTsaHp0W6bHU531 nS12ONU80PlyHWuiCkR8VZZ+BvZQP03nirxDkBDHcvzu9/8A1Udazd3IY+Wpdkkl8OzC+N8sQjdo 72CAvoseIx8WPfQZVj+FeSXRkbBJO/NcrOF8LHEY2UI2tLg46J3sduu9oJdc982203uoNifYHVrZ SQ0/guhEFXbxZLRk8HO46Wm8dPFZ80ZPsVYatytch8WtPHKz1Y4HX1WySKOZnJKxr2n9lw2FSuK+ HIaNR1nDxWo5pXBhhrE8p35kILwi+dYDim/huWpnK8/w+9Nke0hzPx7hWX+eGNDTM4WPhucsE/gn k2O/VBYEURjuJMdk7Ar15JGykczWyxlvMPUb7qXQEREBERAREQEREBZWFlAREQEREGEREBERAREQ EREBERAREQEREBERAREQEXl0kbPtPaPqVDZnijG4mBznTsmnH2YY3bJ/2CCbUbLxBiIZHRyZKsx7 TpzTINgqoV79TO80/EGabBGTuOlDIWho/vHzK6H2OE4pmxY/Fm/P+z4MZd/EoJ+zxBgpIXg5Co88 p0C4HyWjhKGG1wnBDNCx0Tg4OYRsHqoKbAXM5EZZ6kWKow8zmwhm5HaHXasHBLS3hir6HZH02gh7 eFbiOJsK+G081TK5kcLzsx7BJA9vqrsqlx7CHx4+TwZpS2Y7bC7Tta8vdeMDlzVuQQOtyWcdbGq8 s3245B3Y73QXBERAREQEREBERAWVhEGUWEQZRYRAREQEREBERAREQEREBERAREQFx28rQojdq5DF 118zx3UXxHkbJsQ4jGOLblgFz5B/wo/M/VQdqph8Mfhatb9L5mYa1IPE6n9p3kEFlv8AEuLpUjZ+ KZL+4yM7c8+gCjQOIc5pz5BiaZ/ZYdzEeu/La0Y3gOj8OZMmDJZlPM4RHkbH7ABSA4Srte3w8hkG RAa8MWDr8UERmcdgMaRLddZyN141HE+YvdJ5a6dgt/DXCEETX28pVidLN1bA4bEQ9PqpnF8NYzFT unrQudM7/iSu5nD6EqXQcZxlHlAdUh5W9hyDouiKGKJuoo2sHo0aWxcmVvxYvHTW5yQyMb0O5PkA g32OleX/AAH8lF8JOD+G6ZAA+TsPqqmX5DNPsyWTZmnY3Yq15OSOIa6Bx83LPCWPvTYZkzWzui5z yBlx8fTz+UdEE5xPOyvncLJLIyOJkjnOLzoAAd1WY2vs+E6EaFvJmWFg7lg7u9gVtz+MtvzlCGSo 97ZCQwT2XyNcfQ/u/crVheHnU7QvXphPb5ORrWt0yEejR/qgnkREBERAREQEREBFAcScTNwU9eIV jYc8F8mna8NmwN9lMT2Wx0ZLTfnY2IyDR+0ANoN6KrQcaRTYJuQZW/WidsMkPP8AZ32O9ei2nia5 Ymndi8PJcqV3lj5hIGlxHflHmgsiLDHczA7RGxvR7hZQEREBERAREQFhCQBsnQ91A5/ieljaUngW opbTgRGxh5/m99dkGLubtWMnJjMJAyWeL+unlJEcft06kqNymQ4hwsfxVzI414HauGkOf9PNasJT 4gOLFepFDQik282ZvmlcT1J0FOYrhmnQk+Inc65bPeaf5j9w8kEXjeI81nGudjadSJseg/xpDvm8 9AeS6n5/KY7lOYxJEJdoz1nc7Wj1I7rqv8NVrFttynK+hbb/AMSDQ5vqOxXG/EcTSMML85D4ZJBc IfmI9PRBJ2eIcbBQFxthszHD5GxHbnn0A7qIfnM+5j7Bx9WjVHzB9uQg8vuPX2WiH+T2lE0OF6y2 cO5hIzQ0u6twbSbL4t6xZyDgdtFiQloPrpBCYTDXeJJZcvkLs0DZDys8EcnO0ensrhjMLQxTHNpQ Bhf9p5JLj956rtYxrGBrWhrQNAAaAXpAREQEREBVzjyF83DMxYN+G9sjvoD1VjXiaNk0T45Gtex4 LS1w2CEFK4Nu14cfeovka2yC+RriekgI7j1U3wVGY+GKm9/MC7r7lV7KcJ2aLLD6sEF2tpxja95Z JAO/Qgjf0Vq4YGuG8d/yG/kgiuK7UVDN4a3OXiJj3c3L16a9ArDSvVshAJ6kzJoz5tPb6+irnF1D 9IZfEwCV0LnOcBI3W2nWx0PfqoDF2rWDz7WS6Y90/wAPYaztKT1a/Xl3QfSkREBERAREQERcObvn GYe1dawPdCzbWnsT2CCuX+G8rlsxkLTrTKcUjfAjBYJOePX8OvX1Xqpw1dnwwbdtXYbcUZibFHYH hvA3y7HuNbW+tFnmUm5C3lGTQvhdJLXbGGcoLSRyuHmOi4sRxTZdFDVq4+SwyKASyyzWRzNbvqSS OqDiscH5EY/GurRhs4DW24ucaPK4lru+joHSl6VLiDCCzTx9arZryTOkilkk5S3fqPNeHcZWmV4r bsNI2nO8NhmMo6jm11Guh7pxPxD4NubH+DMDC6J4fDP4ZdzHt27ILZFz+EzxeXxOUc3L2356XpVb hDM5fJcwuVeeASPBs87Rykfs8o7/AFVpQEREBabVytSi8W1PHCzeuZ7tDa8ZG9DjqUlqc/KwdAO7 j5Ae5XzrifIzcTZOrjYqEta3E8tLZH9Ouu/oguWR4po052VoBJdtPG2xVxzb+/yXDcuZ2yx5kmqY WDXR0jhJJ/DoFWIsLLhclDUzdmWGlOPllru/a6dCdbCutbhPDQhpNY2Hjr4kzy4n/RBWpnYN1r9d fyGasFu/CjJIcfbl1pd2C4Z8fJNydyhDSij/AKmq0bP1d7q2w1a9cAQwRxgduVoC3ICIiAiIgIiI CIiAiIgIiICIiDnyDg3H2XHsInfkuThn+zeO8v6Oz8l6z9mKrhLckz2tb4ZA5j3JHQKAwgy2RwVK IE42jHCGvlB3LKAO7f3R79UDi7ItqcQYkRQOszRFz/CjPzHpoBQ9HHWsnnYopHtlc2YXLRB/qj+y zfn00uR2PZkM9j2V6pgpTOeyOSN5MkjWnRc4lfScfjqmMriCnC2KPuddyfUnzQdSIiAiIgIiIC0X akV6nLVsN5opWlrgt6IK3FwxYihbDJnLb60bC1sRAAAII0T5jqvWE4Xhxskr/iviGSVhXc3l108z va6OMTrhXIaOv1Y/zBU7CZCXAjIltcwvkpNmhiEniN2OhcevQ9d6QWB3BRdVbVOYtfDxdYI9DUZ3 vfuvMvBUlixLPZy0s8shYS90Q38p+q5YMnlhJJUfl45XTUfi2T+G0CBw66Pt5KQ4Sy13Nz2bVidr Io2tjbVAGwdAl589HyQduHwUuIsyGHISvqPe5/wzmDQJ/vd1NIiAuPK5Oriab7NuRrGgHlBPV59B 7rOSyVbF1HWbcgZGPXuT6D1Kg8ZjrOauty+ajAjaP6JUcOjAf2nD1QRuVsZazwzayV/krgvjkqQ6 +aPTtgn3KhsfnbGa4sxMs0MMcrHBrnxt05/1Pp7K38ev5OFp9De3Nb27dV8/4OifLxRQ8NpdyP5n a8gB1KD63epV8hVfWtRNkieNEEdvcKs0LVjhW2Mdk5Hy46U/0a07qGH913orRbsxVK7ppjprfIdy fID3UE7O4XMss47ItdWc08r4bQDHfUEFBYgdgHp19FlVDH5kYHIMxd+4yalID8LZ5w4tH7riPwVu aQ5oc0gg9iCgyiwsoCIiAiIgIiICIiAvAmidK6JsjTI3qWg9R9yi+KMnLicJNagDTKNNbzeRPmqT isdbmdJYhtzw8RM1N4cx0JoyN9D5/wDQQfTV4mmjghfLM8MjYNuc46ACjMFnYMvA4EGG3D0ngd3Y f9lHcTSnJ5Onw/G4hk58WyWnREY8vvQRluGxxPWs5S4HxY6FjvhIt65yP2j6qfxBI4MrkHRFL/yr tvQRQ4WxAxg8JsLmho9NLjxA5uDK4HXdPQ//ABQQlXbcnwvGw8odU53EeZIBP4q6qmUnxuyHDBD2 7FUs157A0f4hXJAXnxGCQR87ecjYbvr+CiOIc8zExshgj+IvTHligb3J9T7Kq5um/D0m5S/kZP09 I8Oj8M7AHm3XoPVB9ERcOEuSX8PUtzBokmjDnBvba7kBERARB0HU7RBpuVYb1WStZZ4kMg05uyN/ guOlw/iqDZBWpRs8VvI8nbi5vp18lJIgio+GsPFBNDHRjbHOAJACduAO9b3tdUGMp17rrcMDWTvY I3ObsbaOw128gutEBceVydbE0n2rTw1rR8o83H0C85fK1sPRfatO01vRrR3cfQKCw+Lt5i8zN5sa 5TutUI6RjyJHqg4454beUq3+JXeDLJr4KjokMBOud3uT6q7qo8WFv6WhH7Zjh0Nd/wBe1W5Bpt1Y btWStYZzxSN5XD2UfieGsXh7Dp6UBbI5vLzOeXaHttSyIILjCyaOIZcY0OkrzNkYD231HX8SqdUy 0XEvF+NdYx9eMAua8a5vE6HXNsddK0/ygHXDEvXXztVC4N/tXj/8Z/ylB9LucMYa3AYnUIYwf2oW hjvxCpT6+Y4ay7awyMkVeTpBK8c0XsCD0C+lPe2NjnvcGtaNlzjoAKlcYvmy2CmttcYKEBBi235p 3b1v2b6fj2QSEPElrH2W1uIKortd0ZbiO4nn1PptWWORksbZI3Nexw21zTsEKNwcLZuHKUdprZgY W8wkHMCoi1Dc4Uc+3S3YxG+aSqT80O+5afT2QWtFz0bkGQqR2qrw+KQbaV0ICIiAiIgIiIK5x6N8 MT/4m/mul2KZkcTQkZIa9uGFhhsMHzMPKOnuD5hc3Hv9mJ/8TfzU1jP+66mv/os/yhBV7lSzbuCz X5afENVvzNH2LTPUeo/9j5FeODbUmSzmSvXSI7LtMEB7sA79+qtOQoMvRN+YxzxHmhmb9qN3r7j1 HYqq3Kc9258VXayrxDT+Z8bejLLR2I9d/wDofJBacu7lxNsnyid+S5+GgDw1jx3Brt7/AEXDVzMe dwVyMt8C5HE4Swv6FpA7/Rd/DYI4dx4I0RA3p9yCHwuN8S+xxeGnHTzNLC3qQ8ktPt0Unn863FNj hgi+JvTHligHd3v9FDcQ5K1guIw+hEbEmRhAMWv229GkfcttOpJhj8VZHx+fuD5W72Ix6ezR5nz7 BAp0H4qb4q1y3s/cG2sJ+WMeevRo8z5+S3ZXF/DcNZSe5ILF6WBzpZSOg0OjWjyA8vxUtjMcafiT TyePcmO5ZSP/ANR6NC1cT/2ayP8A4d35IHDA1w3jx1/qG91KqL4Z/s5j/wDkN/JSiAiIgIiICIiA uLKZStiaT7Vt3KxvQDzcfIBeslkYsbXEsrXvLnBjI428znuPYAKNg+DztuGS/jpobVUczIrDTrr5 jyPb7kHJicdZzN1mazLC1rTupUd2jH7zvdTeYsy1MZPNCAZAAG79SQP9V2rXYhZYgfDINseNFB8j nuW5G5UTyvc6MNjDiSdak359uo2vpPCt+fJYCtYsg+KRylx/a0dbXNY4Yrzzhzoq79NDfFew+L9d g6J+oU1UqxUqsdeBvLHGNAII+HOxTZx+MbBL8nM3xj9kuABLfwIUsqlj5BJxUS0BzRbsDmHl+rjV tQRufxLM1ipabncjndWO/dcOxVY4Y4OnxOTOQyUsbWV9mPld36faPoNbV4c4NaXOIAA2SfJRD2fp 93K8PbjWO7dviCD/AJPz+iDSI38RWOeUFuJjPyMPQ2HDzP8AdHl6/ReeNw1vCtoDQADQAOnmp8AN ADQAB0AHkqbxRkXZ2X+b+JaJnucDYlH2YwD6/VBYuHt/oCjzAg+C3oVIOa17S1wDmkaII6FaMfVF KhBVDubwmBu/VdCCowF/DHEYqAaxV9+4z5RSHy+ityjuIMcMrh7FXpzkc0Z/dcOoK5+Fck/JYdjp wW2ISYpQe/MEEyiIgIiICIiCs/ygP5eGpR+84D+KnMZ/3XU/5LP8oUF/KEP/AIbefR4U9jRy4yoP SFn+UIOlcOTxrL8bXNcYrMR5oZ2/aYf9R7dlyZDPCvk48bSrG7cc0vdGJAwMaPUnz9l143KQ5Frw xr4pojqWGQaew+49PdBVMnj5MxJM6L+hZ+vHqSJh02wz1HqP/Y+S6sTxRWrcP16zY5H5KECuKhGn ukHT7h7+SsGUxrL8TXMd4NqI80M7ftMP+o9lX48rDDkjHPjI2cRO/VM+XTJPRwd6a6+vTSDdDDJj bBt3Gtu5+439XG37MLfQejR5nzU1jMd8GHyzyme3N1lmPn7D0aPResfjm1HSTyv8a5NrxZiO/sPR o8guqaWOCJ0sz2xxtGy5x0Ag9qK4n/s1kf8Aw7vyXulncdftGvWstfJrbfIP9eU+a8cUHXDOR/5D vyQe+HAG8PUAPKBv5KSUdw9s4CgSNfqW9B9FIoCIiDDdco0CB6FZREBcGWy9XE0X2rD/AJR0a0d3 O9AtmTyNbF032rknJG38SfQe6ruIx9rP3WZjMtIhYd1KpGgB5OI9UGq1czE+GhyFqGGOZ1yN1SBw 0WjfTmPuvFXK5HK5fHZLw2VqomdWEYPM52x82z9QNKd4kaz4SqZHBkbbcRc49gAVXMNYYDiqoDHz PuSPIYd8rR2cgvaLXYsRVYHzzvEcTBtzj2C5KWXq3Z3V2+JFO0c3hSt5XFvk4DzBQd6g+LJ56+LL q5fzDbiGDZOhvr7KcWqxA2do30e3fK70QfJq1u1Xw1CepKGT/HSEHfnyt7+y+tQSF9dkjwWEtBcH dNKE/mxUE3PJHUbD1MjYq/IXD0Lt9vUea3tDs07l5SzFsOh62dfkz80HsbzTwRtuPa4730M5H/k/ NSgAaAGgADsAjWtY0NaAGgaAHkqzncldyNp+GwevE1/SbO/liafIH1Qas3mrOTufoXh94dMdixYH 2Ym+Y36qbwmHrYWkK9YEuPWSQ/ae71KxhMLUwtNsNZnzkfPIftOP1UkgIiICrOEcKfFmXobIbLy2 WtPqR82lZlVd/wDzIPL3+EHMgtSIiAiIgIiIKx/KCCeG36BIDxv2U5i3tfi6jmODh4LOoO/ILfPB FZgfDMxr43jTmuHQhVKvBc4TysUEQls4m28Ma3uYXEoPFPh2pPNapWfFgycUjpo7bCQ6RpJ07fmB 217LVayMlIMkttIzGPmZE94GvionHW/fevu0pbL2IchxDTxMNiSKZjXySSQnT2DXQB3lvzHottTh sDKsyORs/G2IWBkJdGG8oG9E+ruvdBOtPM0H1G1FZaFjsljJmhvitm5dkdeUg7/jpSyj8gwOvUXe YkP5FBIKvQkZ7OWBKA+hQcGNjJ+3L35iPMBTlmzDVhdNYlZFG0bLnHQCpMzrGSddt8OtlGPleI7U YHzS9fmdGPcdO/VBK5P/ALbjkhx1eKOKA8zcg88rWPB68mu/17JbsWLn8n089sfr3VXc+hreum/4 LaIbOWrMow1ZcdjGjkkEg5ZZGgfZAHYHzO9rj4oyPjQ/zcxDPGtygMe1vURM89ny6IJrht3Nw9QP X+pb3UmuPEVDQxNWo47MMYaSuxAREQFyZLJVcXVdYuSiONo+93sPUrrVP4/hfaOLqMeGeLY7kbAO tbQesfXtcU3GZHKQeDj4STWrnu8/vO+5W0AAaA0Ao3GXJmyfAXmNZZjb8rm/ZlaOmx/spNBouVIL 1Z9a1G2SJ40WlR+J4ZxeHndPUhPikaDnu5i0e3opdEERxNP8NjBYDBI+KQOYx32XH0Psq/DmrmX4 ixYnotrRwS6cS7mdzujJA36aU1xl4n835ixpcAQXnvyt8yq7hLBm4gqQNdFK5pjk5oxsBgiLd7Hu Qgv6w5wa0lxAA6knyRzg1pc4gADZJ8lD6fnZNnbcW09PJ1gjz/wfn9EGSXZyR0fK5uMb0c49PiT6 D+7+al2tDWhrRoAaAHkjWhjQ1oAaBoAeSrWSyNjM3n4fDyFkbelu43swebWn9738kDJZWxlbz8Ph SQB0s3B2iHmGn1U1i8ZVxNUV6jOVvdzj9p59SfNMVjK2JosqVWcrG9ye7j6ldM80deB80rg2ONpc 5x8gEGZJGRML5HtY0dy46Cg5+L8TE5zYpZLLmnREEZd/Hsoi49ubqPy+XMkWJh+avWb0M3kC76nW l1U8Nkb9ZpltjG1nacyvSjDNNPkXd9oOuvxjjZHEWGWaehvc8RAP4bU1WtQW4WzVpmSxu7OadqHf wnTki5H28g7prrZcf4KHfwxkOHnOu4K26UNBL68g6OHt6lBdlVsIG5DjDK5FnWOENrtPqR3P8Fry XFsMuFiFION+4PDZEOpjdvR2pjhrE/obEx1nu55SS+R3q490EqiIgIiICIiAtVnxvh5Phgwzcp5O ftvy2tq5shZFPH2LJIHhRueN9tgdEHz7hCvedxc+7b5pWtMjJbG9t5tdtr6Qx7ZGhzHBzT2IOwoP hWpGeGIWSx9bDXPlB/aLiT/qozmn4MuBmnzYSZ32j1Ndx/0QXFcN+F0lqk9vZkvX6aK64ZY54WSx PD43jma4HYIUNkJLWWtvxtKUwVmdLVgDr1/Yb7+p8kEFxNj7PFVt4xcpdBT+R3O7Ub5P7v0Hcq04 PGsxGJgps6ljduPfbj1P8V1VKsNKrHXrxiOKMcrWhV/PZyxLb/Q2E+e47pNM0bEA/wD6/JAz2esP tjD4ICa+/YkeD0gHqT6/l9V38P4CDCwuPMZrUvWaZ3dx9PovWAwNbB1THD+smkO5Znfaef8AZSqA iIgIiICqnGbm/H4UHofih9PxVrXBmsTBmKDq040e8b/NjvUINuQpNuwhvO6OVh5opW92O9QtNC9I ZPg7wDLjBvoPllH7zf8AUeShsBmLVS8cHm3D4lg/UTntM3y37/8AXdTuQoMvRNHOYpozzRSt+1Gf UIOxFF4nJSTvfTvxiC/F9pm+kjf32+x/gpRBhzWvaWuAc09CCOhXLWx9HHmSSvXhg5tl7mtDf+gu pzg1pc4gNA2SfIKKa45vna6MjHA6BJ0bBH5N3+P0QZHiZh/zDlxo7Ds6c+/oz8/opQAMaAAA0DQA 7BAA1oAAAA0APJVu7ds8QWZMbiZDFVYeW1cH8WM9/dBm/fsZu4/FYiUxws6W7jezB+4w+bvfyU1j cfXxdKOrVYGRsH3k+p916oUa+Opx1asYjijGgB5+5910ICrnG9l7MVFUjHW7M2En0G9n8lOWLlao N2bEUIPm9wCg+I2Vs5jDHRt15bMDhNEGvB+Ydh09eyDuy2JNvCfBV3hkkfK6Nzuwc3RH3dFqxvEN WbcF4ilcZ0kjmPKCfPlJ6H7ltwOZhytQHTo7MfSaB4+Zh7dQuy7j6d+Ix3K0czT++3Z+4+SDaZ4Q wPM0fIezuYaUTleJKdGNzYJGW7Th+qghPMSffXZbqvDmJqODoKYbrsC9zh+BK57bsNwvUdNHXhhk dvka0fO8n+KCt8EVWycRZCXIQtF+J2wDr5Ce/RfQF8/oVLmM4hx2VuDlfk3uEzewjLuoC+gd0BER AREQEREBVrjiVzsbXx7AS+7O2MEHsN7KsirshZkeN44ydsx1cuLT253dPyQT8EQhgjiaNNY0NH3B J4YrEL4ZmB8cg5XNd2IXtQGdykz5hh8WQ7ITdHOHaBvm4+/ogiKwuY/Nz4bD2mml/WSF/X4QHuN9 lY5BHA3HMqvJhMutsOw7oepPms4rB1cbjHUw3xPFB8aR3eUnuSVUshwxmKl6GtiLcnwMjyW7d0gP n/r2QTWbzdi1b/Q2CIktv6TTj7MDfPr6/l9VJYDCw4SmYYzzyPPM+Ujq8+69YPC1sLTEMDQXkAyS ebz6qSQEREBERAREQEREETxDgoc3TEbneHPGeaKYd2H/AGXHw5mbDp3YjLNMeRgHRx7TNHmCrEob iHBNysTJoX+BegPNDO06IPpv0QdmQx8d0Mf/AFdiI7ilHdh/29lzUMw1z5qt/lr3KzeeRpPRzP32 n0/Jc3Duedde/HZFggykHR7D0Eg/eatHHNOCfGwTPa0SMnY0P115SerfvQdDObiJ7ZPmZimO6NI0 bJHn/h3+KnPlY3ya0D6ABYAZFGAA1jGj6ABVq1PZ4nsup0HOixTDy2LI6GX+63290CzdscTTvpYq R8NCMlti2OnP/dZ/urBSp16FVlarGI4mDQAWalWClWZXrRtjiYNNaFuQa7NiKrA+exI2OJg25zj0 CpsmUzPFU74cNunQaSDZd0L/APr0Wc5I/iXiOPCQucKdY89lzTrZ9Fb6lSClC2GtE2NjRoBoQVyD gTH8rTcnsWZAOpe/p9wXqzwJipGf0Yy1pB2cxytCIPmGZ4by+Dnber2JbETBsyxHT2a9fX6qZw13 iK5RbNjr9S8P2xM0tcw+h91dSA5pBAIPQg+a+fZGK5wtxHI7DQiSO1GZPAaN8oHfp6IJt1fi62wt ktUqexrcbSSurGcNQ1rAuXpXX73nLL1A/wAI8lHYjiW+6B9i/HDPCxodK2t/Wwf4meY91aa1iK3X jnryCSKQba4diEEBxu0x4qtaYDutajf9BvqrExwexrm9iNhRHF7Q7hfIb8ot/wAQurBymbCUpXd3 QtJ/BB3oiICIiAiIgw5wa0ucdADZKrfBsTpWX8lIeZ9uw4tPnyg6CkOJ7poYG1K1vM97fDYN9y7p /quJtuPh3CUqccZluyxhkULR1c/XUn0G/NBt4gzMtZ7MdjG+NkrH2G+UbfNxXVhMPFiqx2fFty/N POftSO/2WrAYY49j7Nt/jZGx1nlJ3/8AaPYKYQEREBERAREQEREBERAREQFhZRBBcR4H9JsZbpuE GSrnmhlHTev2T7KuZfiRtzBfCZFvgZKCywSxEa3o9XBX9ROW4bxmYsR2LkJMrOnM12uYeh9UEdLJ Y4qmMFYuhwrTqWbs6zru1vo33VjrV4asDIK8bY4mDTWt7BeoomQxNiiYGMYNNaBoAL2gLxK8RxPe ezQSva1zsMkEjB3c0hBU/wCT+ESsyGQeS6aacsLj5gdf9VcFTv5PZmx17tN51MydxLT3AVxQEREB VniyCxVsVs3Sa90lYGOZrT3jPn9xVmWCA4EEAg9CCgqOXZDNXgzWKk1daOdknN/Ws11aR5j+K9YC 9HXyMEdd3Lj8kx0sMZHSKUfbZ7deuvdarnD97D2visIwWa5lErqbzotP90qJgqZunl4L8+JlNZkz 5xBEQeRzu/5ILbxjKIuGLoJ6vYGN9ySF34eB1bEU4H/ajha0/cFAyMv8TX63jU31MXA8SkTDT5XD y15BWpAREQEREBERBTuP7zYXY6uWOk3L4pjb+2B2b+OlK4DEyRSPyeRcZL9gb+YdIW/uNUlPjqtm 5Damha+aAERuPltdQAA0EBERAREQEREBERAREQEREBERAREQEREBERAREQUjJSHhji7447FLIDUr yN8rldY5GyxtkjcHMcNgjzC58ljq2Upvq24+eN34g+oXz6pTz7LNrGY+y6arj5dcoeGuO/T/AK0g +loqVTzWSxU74rMdizAz7cc+hNHruWkdHt+nZXGvPHZgjnhcHRyNDmuHmCg2IiICIiAiIgIiIChO JOIW4AVHPg8Vk8ha482uUDWz2691Nqu8WYSbNy46NjOaFkjvGdsDlaR390HPk+MI4cjYo1fCBih5 /iJCSwHW+wGyOqkJOKMVVdFDbuxid0bXO5GuIGxv06b91VbXBF6sxsdNrbBNd4kk5g3byeg0T6aX YzBZqky5BBTqWY7jWFz5XjcZDdEa9R5IJtnGODfC+UXCGM1smNw3vyHTqtsnFOGipRW3Wx4Mrixp DHE7HcEa2FEfoHIx4HC+DDG65j5PEdA94Adsnz7b7KKuY3I0LePsSV43W7ORfOK7XfI3YGhtBPZL i+rA3HWak0clOeZzJ3lp5mAAeXcHqpAcTYg443/ix8OH+HvlO+b01re1X6/DeTF+pcsQxczr7rM0 bHgiNpA/Ht5LE3DmUZk7N6vBG4svixDE54DZG6O/oeyCfk4pw0dKK264PBlcWNIY4nY7gjWwvTeJ sQ7HG+Lbfhw/w9lp3zemtb2q/X4cyXxtO3PDGHOyDrM0bXgtiada+vbyWjJcKZSxYvTVwIz8b40L RIG8zSOpB8j27oLO7ifDtx7bxuDwHv5AQ08xd6a1tduOyNXKVRZpy+JESRvRGiPLRVFj4Vy7KDmv qtkkdY8Uf0rUjOmth3be1buGaVrH4aKG85rrHM5zyOvc+Z8z7oJVERAREQEREBERAREQEREBERAR EQFWLjRw/wARPyb/AJMfcHLO8DfJJ5E+ys68SxMmjMcjWvY7oQ4bCCJu4+HL45s7JHSPDC+tM3XM 0kdwR332UP8AyeW7D4LtSw1zBDJtrCNeGT3b+Kk5eG3Ql/6KyNiiH92NILd+wPb7l3YfEV8RXfHA XPkkdzyyvO3Pd6lBIIiICIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAiIg12Z46taWx M7ljiaXuPoANlV5vGlER+LNTvQROYXxySRabIAN9Dvz8lOZJniY2yz4f4nmicPB3rxOnbfltUKth 8jKLFanSvwU3VpA+C48Obz6PLyffrqguVbiPE2KbLXx0EbHBuw+QAsJG9Hr0PQ/gt78xjY4Y5n36 zY5d8jjKNO130qNLBfGHqVKeAlgLQ0WpHVGSOe4DoQD38+vutWAwdx1/HR38dKa7LMzntli+UAsb rY7a2EH0F2ToNqC265AK7joS+IOUn02o7G8TU7lezYnkhrQxWXQMe+Uak0Ngg+4VUixFyrYZJJi5 rNGtfnPwoZvbSAGkNPcdFqZUzDMbLFDiZIoJr0kjmGs2R0Y0OXTXdNdxv2QX6TMY2OGOZ9+s2OXf I8yjTtd9LhzfE9HF0XTRzQWJtNcyFsoBcCR1/DqqfgMHcN/HMvY6U12WZy9ssXygFjdbHbuFnK4m 1DXydNuElmmlteJDajjBDY9jQB8unTXugveRy0GOZUdMx5+KmbCzlAOi719kfl6zMwca/mbI2Dxy 86DA3eu6iOL6Fi/SxcMLJiRbj53RD5oxogu9teqgsrwxkGZC5DTfbtiSkNSzu3s+ICWc30HZBeIc nQsQyTQ3IJI4huRzZAQ0e/os1snRtskfWuQStjG3lkgIaPf0Xz3E0M9TGQngx8hc+r4fJLXaxrjz D9kdD02ueHCZiZ18Mp2IzLVA+aAQh5D2kt0OnYH6oLu3iqg/MOqNmgNdkHiusiUcoPNrl/iPNbMp xHUqYefIU5Ibohc1rmxyjzIHUjelQ87XkPxdqPDzY6sKjI9Oj5QXeI3r08/9l13sVct18hZp4eap A+vFE2AM057g9pLuUewPVBfquUoW4nyQXIJGxjchbIDyfX0RmWx0ld9hl6u6GMgPkEg00ntsqm5v h+z8fbixVMxRS49oIjbyte4PBLfTeguS9irtutkp6eImpQvgiiFfk0XvDwS4AegB6oL/AF8nRttk dXuQStjG3lkgPKPf0WIcpQsQyTQ3a8kcX23tkBDfr6KmZrh+0chbhxVMxRS49oIY3lY54eCRvtvQ UXUwuUMF/wAbH2zFLXa0tbE2Ilwe0jTR30N/VB9Kp36l5rnU7MU4adOMbw7X4LoVU4GoW6jbsluo YA8tbGXRCN7gN92jp591a0BERAREQEREBERAREQEREBERAREQEREBERAREQEREBERAREQEREBEWU GqeCKxEYp4mSxnu17QQfuK2AaGgsogwiyiDCLKIMIsogwsoiAiIgIiICIiAiIgIiIMIiICIiAiIg IiICIiAiIgIiICIiAiIgLKIgIiICIiAiIgIiICIiAiIgIiICIiAiIgIiIMIiICIiD//Z ------=_NextPart_000_0000_01CC6CC4.35A69080 Content-Type: image/jpeg Content-Transfer-Encoding: base64 Content-Location: http://gilmore2.chem.northwestern.edu/images/rychke6.jpg /9j/4AAQSkZJRgABAQABLAEsAAD/2wBDABALDA4MChAODQ4SERATGCgaGBYWGDEjJR0oOjM9PDkz ODdASFxOQERXRTc4UG1RV19iZ2hnPk1xeXBkeFxlZ2P/2wBDARESEhgVGC8aGi9jQjhCY2NjY2Nj Y2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2NjY2P/wAARCAExATgDASIA AhEBAxEB/8QAGwABAAIDAQEAAAAAAAAAAAAAAAUGAQMEAgf/xABKEAABAwMCBAMEBgcFBQcFAAAB AAIDBAUREiEGEzFBIlFhFDJxgRUjkaGxwQczQlJi0fAkQ4KSwiVUg5OyFjRydZXD06Ok0uHx/8QA FAEBAAAAAAAAAAAAAAAAAAAAAP/EABQRAQAAAAAAAAAAAAAAAAAAAAD/2gAMAwEAAhEDEQA/AL+i IgLy3PQjp3JXpYAAzjugyiIgIiICIiAiIgIiICIiAiIgIiICIiAiIgLBz2WUQEREBERAREQEREBE RAREQEREBYJwMlZRAREQEREBERAQ9NuqIgLG+rtj71lEBEXiaaOCMyTSMjjb1c9wAHzKD2iiqviW zURxPcYc+TDr/wCnK4Dx1YA4gVbyAOvJfv8AcgsiKCpeMbFUvZG2va2R/Z7HNA+ZGPvUvBV01Tn2 eohmx15bw7H2INyJnKICIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAiIgIiICIsb59EGUWAMd8rKA iKp8Q8c0lsc6noA2rqRkE58DD6nv8AgtE88VNC6aeRkUbRlz3nACqtw49t8b+Tbo5qyYnDQxuGk+ W+5+QVZ9lreJWNqLhfqJpcS5tO+cAgfDt81OU1PYKUx6aO1maLGlxuTdRI7/ABQRdZeeMK2bHslZ SRPw0thpHYA88kE/etIsE1zdLT0l0qLlNG7S9j2PibCc4y8v8t/CN/sVsE9Zea11Lb3+z0LCHT1s E/MMm3uRnoD5+X2Z03fiSksx+i7LTtqK9ztIjjGWtd/F3Lv6KDRQ8C2e2wGe71AmAGHGR/LjG+x6 g/ae60TP4CpZXRujje4bEs5jx8iDhbKfg+4XeRtTxLcJXOwQIIiPDvtv08+g+asdHw7aKCXm01BE x+Majl23zQVBs3AhaHvoZo2H3XuEuHfDBXin4Xt1Y1knDd+LahwLix0gDg34DDh819BMEJYGGKMs HRpaMBclbZLbXxiOpo4nAHUC0aCD8W4KCpUvEd64ckjpuI6Z8sDvdqG4JHkMjY9Dt1Vyt9wprlSM qaSZssT+hG246jB6KIq6Oso4X088brvapBh8bxmeMbbjHvAeni9dlV6mlreE5m3Sy1BqLPM5pIDg 4EeR/IoPpKLjtNzp7vQR1dK7LHjdp6tPcH1XYgIiICIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAi IgLVU1ENLTvnqJGxxRjLnuOAAlTUQ0lO+eokbHFGNTnuOwC+d1lbX8bXYUtHz4rWxwa9zW5A/icM jPTog319/ufFNS63cPxPhpxnmSk6S4HzPYenUqb4Y4UitLGVEuuOt0lr9Moe0/DIWy02eS0UohpS 1padL5BRtD5B6nVuF3xW+pBOuop3bnJ9kAyPLqg6xTYwOdKf4vDn8FFXt1WJKe32+WeOqqnfr9LS 2Jgxqd08jgDbr1XXLFR2qKSskEMIY3Lnsh30jchQYuP0JZqm/V7ALhcCDHDqzgY8DceQG5+KDTfb h9Dw0/DXDkf9rk8Jc0+Jme+f3j1z2HyxL8NcMUtihD8CWtc3Ekx3+Ib5BauFLHFSRfSkxmlrqtup z5xhzAd8Y81Y0BERAREQFBXG3iifNVwQvnpKjPttG0ZD89ZGj97zA6/EbzqIPndM93Bl6jkjkM9j uGCx4OceR+I+8fd9DaQ5oLSCDuCO6rN2tMUgqLbUO/ste4yUrj/cz7ktB/i3PbuO65uArtK+KazV 2RVUZIaHHJ0g4I+R2QXBERAREQEREBERAREQEREBERAREQEREBERAREQERVjjm+m1Wv2enka2qqf C3fdre59P68kEPxDXz8V3VlitJBpo3appurSR3yOw+8q42i00tnoW0tIzS0bucerz5kqM4QtMtlt AhlpnColOuV2W9ezdj2/MqadLKHACnkI8w5v80G9Fy82oz+omGPVm6y2OoMZaZ5Gu1Z1Fjenkgjb yHVlworVGXmOQmaqLXkaYx0aR3DzkfJV+ojdxXxkIMB1sthw7ThzXHy+ZGO+zV3fSxprVdOIX6y5 7jBSF7RnS04bkD+PV1XbwTQtpOHoJCwCaoBke4twTk7AoLAiIgIiICIhOBk9EBFpdVQNdpMrc4z1 zstH0rSknS/IB056DKD1dKIXC3zU2osc8ZY4HGlwOWn7QF8/vMstuu9v4gjwJHPMNZp90Ss8LsDr ggEj7V9A9vbyuY2J7hq07EZ+PVVfiGCK5e2UkA3qmc5upudM0Y3DcdywEILhDKyeFksZ1Me0OafM HovarH6P7i6u4ebFI7U+mcY8k5OOo+7b5KzoCIiAiIgIiICIiAiIgIiICIiAiIgIiICIiDxLKyGN 0kjtLGNLnOPYDqvmdFUtv3Fr7rVxTyUcDssY2mdLkD3WnSNvPdWb9INyNFYDBG/TLVu0Yx1b+1+X 2qN4amo7XaoYDVUTJJDzJpGXFjST2BHwQWOK+sy4Sx1Rzu3TQTDA9cjdbIrmXPa55IjPb2WVrvvU S65Ne+RsFxbjqNFyiP4tOFiKaqBGK+d4dsSa+A6T5e4gn33CDRltRE3xYPMyFHX+4UkFnqRDOPaH sMcTGyEPL3bNwM56kHK4cXR72gVFbpx4nNrYNv8A6a5Z4a6e+W23zVNW6F8vP1yyxSgiMav2Wgjf bOftQc3ElK2WpsHDcUcrG4a+UMPRpOCfiMOOVfWNDGBo6NGAqXZHfSvH9xree50dG3lxtP2YHkM6 vtV1QEREBYc4NGXEADuVpqauGlDTM8Au2aO5KiKuofM8mRzG7YZE44IP5H1KDskurHF7YGvPLJEm Wlrh5FoPX49FxVMrxIDNUyZdnVHjwjAz29PtWk8+Ktc6WpMj2NHLa14wfiMZXlz2Rzgum3kGXBg1 AY36duuyD02ma6YzQPawxkse3SSw+me/xXt+7DGfqWB3iaGgkAeROwznujeeXv0y6dOPBGQWgeQH VamiVjhomLNPVoIc9x/kg2via2d2qTQ/QWxtPhLnYzseh6LiqXu9hhqxI8yUbm1AjAwZAMF2/mRk Lqkf7Qz2fSyoBGHOfIGkDrk/Z2WJJmCBzJGt5R8nB2CdsYG+EEDwxUsoeOaqBv6qtaXtztp1DmAE eYBwvoi+WXcOpJbRdG4zFIYpW9Dqa/OM+WkgL6ixwexrh0cAUHpERAREQEREBERAREQEREBERARE QEREBEQnG5QfNONJnXniuK3wsme2naGPbGzU7PVxAzvtj7FNMr7q2NrTHVuIAGt1m3PxxIqhDNDc eI6ysqzR6HOc7RUue1hzsPdBOylHwWCXDnw2hjyPEY66doz6DRsgmvbrl/u9R/6Kf/kWqW4VLSef TvBJyddjd1/5iiWUthbjD6EH+G5yj/2lsENlG4npAf8AzaX/AOJB2yVNPL46qKFp85LI8fg9e+H3 UTOIKuojp4A2jo9RMdKYC12ST4S47lvdcjZqKEYgr2N9I73I38Yws0VXHBw9xFcW6pHSuFPl8xlO C0N98gE+8gk/0cxtkoK6uLfrZ6kguI3IAB/ElXBQPBETY+FKItYGl4c52B1Oo7qeQFz1lW2li1Fr nvPusYMlxW97gxpcegUHPNDVl731JYACWgjZuCM/fhByyyShofVskPMeCfD4mjpgjyWZXyt1Bpj9 mLs5cM9sYB8145vPlMjoY3StOlrwMbjq77MhRVwu9NQECYTxyy5dyohkxNzgH59UE8xrxE2WeGM8 sAAk7jyJ9F5nq8QhkQjkkLw3DG7jPke6goeKLSQyMPlLyQNdRFkD479F2svVvkova5amelp9eiJz 25yf2tA/dQdE8rfrWBszqkuGsyjSG+vy/Ndc0MbmtETAOWMB0fvb9ge2FytLa6hbVRlkjajDYy7f BH7RW4mN0zGNke8ke9GzLXOHp3wg0uYTGRHmOZu+v3ndd8H8PRbHPEhOlrXRMwQZBjJ1L3qbGXFr 2Et8GNOoYJzuO261PjhY6Z0jYwMhztLc5d22QVriaJ5oLjFN4DDUMqGN89QDdlfLBUirsVDOP2oW /aBj8lT75TMmjrA10rxJS6jq23adX9BT3AcvM4WphnOgub8PEdkFiREQEREBERAREQEREBERAREQ EREBERAXNcZzS22qqG9YoXvHyBK6ScDKr3Fl+oLfbKqlknaaqaFzGRAZPiGMny690HzayvrObPJT VNRBkZeYJQwn45IyFJGruWkH6WuuD0+vb/8AmtPDkD30kr2so3gyYxUUMk528i1pA/FSMtu5jcOp 7e31bb6pv+lBxOrqtsjS663cuHXL2n/Wvb6/l5kNwuZcRjLoInf61ltnpo/1kdI7/wAUFYP9Kx7J bIiXSR28jyc2sH5INTLpFJu58koHUvtsL/8AUuqBzWfo7uT3be0Vg0eENB3adgPgV4jjszshrLOP PVNVs/ELVVSgcAwxs06XXB/ukkbN9f6wg+k8PU5pbBQwnOWwtz8xlYkv9pjr20L6+EVB20Z2z5E9 AfTK00Lbz9Dxs1UXP5ADH+LGcbEjCiOHbMZeEmU8sFE4ThznOczfOTgnzI7Hsgm7xJI8RQwyPaHe KUxEagzzUGyqirRM0VUWqHJlDHggjtsOvrhZ4goK+ktEs7KqJraeJsTQ0HU1mQDv3PTqvEvCNS59 PIypo6V1MRy5IIA09N9XYk+qDjrjV1VfHbYZBT5h575BGCSM7Bvy+1Ve/wANRBdZoqqo9olDWnXp 0kjSMDHorrLaa48UQllTTucym16TqGQHenQfBZuvCMtyLZamsjZO128oYScE50gfPr1QfOXbBw6H Hl6dMKwcTPZHT2iCOQ8n2FjhpO3ff1Oc/Yu5nBDvb6qmNftBBrDxHjLt8f8A7XTRWNlbaqamqXVA axr5opG6TyR00Z/aGQTgeaDj4ermUlikFRBXSwiQ+OkjDmsxjOcn1+Ck7ZxNbp62mjgFU1urBfUv YyMbHOwOO6kKGkipKZkNA6RrIhtpd1PfVjYj7lpbabTLcxUzUTBKYy1zHMbypHY2OOx+HVBIyslf AXUbWzBhyxzJA7c9enpnC5XE84SR6oXRs/vvDpHm4jfV5DouI8P0BaTRQ1VvlLQ4vpanqcZwQTjZ bWxXaFsRpL5BUh40hlZTYJ/xNGSUGuuY4TwP5hkfPFK1zj19zI27L3+jN7jYqhh91lQQP8oWqY3O CeOStsTjyySJKap16sjBwHHK18MXmyWKnmgqJ6umllk5hZVQEEdv2QfJBeUXJSXOgrtPslZBMXDI ax4Jx8Oq6+iAi8ySMhjdJK9rGMBc5zjgADqSkUjJomSxPa+N4Dmuacgg9CCg9IiICLXNUQ0+jnyx x8x4YzW4DU49APM+i2ICIiAiIgIiICIiAiIg5LrVOorVV1TAC+GF72g9MgEhVOKxxt4KrK2bEtdV QGplmkaHO6asAnopniO6NbHLaqSmkrK6eFzeVH0ja4Y1OPQDdbaK1TQ8K/Rk5BldTGJ3LPctx1KD 51w/Jy6N+ZJWjme6y5spgdhvpcQT8VKumicAPaa4eZF+gyfvXLwbzAytha97XMLSNFD7Rg9N9tui sp9oL8Na3/HY5PxBQQ0bg4AMrrodP7t7pzj712xvqmbMmuhyejrlSu/FdbzMHAPpqeQ9i6xzED5g rVPEZgRLQ0rgQM4sk/5OQbR9JeFrobm4OI6y0b/9KrFwZq4Ha4agWXN+sOxkHB6Y2U/JaGVDw6Sm ogexfbqlv+tQ1TTNZwddo4saYLiHbNLAAQBs12Tjf4oJmku14fZqampqa4i4uiayMuiYIsfvlxb5 dipeporja+HYYrdVSSS02lzwGNLpGgkuDRjqc7fBSVknbU2WimY7UHQt3xjthdrgS0hpAdjYnsgo NZeqi6R09DDPNMKqRomE0Aj5QznAOAD0+5SNbcLrQ10Es1U91vfGRKWwh7onfvEAbj1C64jI2TWS RjLcsgOkOb7x09e4QCp9oE8dQCwt8WobOH7oQRlHWVlZXy3QSyezwxNgbI6MMdIHEEux2AOFL+1V uoPdVFrQcaTHnVtjb8VzGNr2sMgcWsGWN8874d6Are4SPfKw1DHEtA0Ht8D8UHC4V8lW97a1/Mni MEodH7uSdJbjuM7rlpqd73BrxOKbXhsTctDz0yPLpkqXY1wLxEWveTo5ZOHZx1BWqWoMNQ+fmxNc 8iJxecl7e7QOxCD3DTuhY4Pkc1jHl/gZjp+yM/nssPZHKWta9wiZJ2H6xw+Pl9izJhsjJnyPc0PM YLve3xhwHksvyKySJz2SPzqLS0+Ejv8APr8kGH8uR50scyN7tOmQbOI27b4+C0tjLngxOe10Y0AM xhu+NW69vlhiyW1TNWnBldGdIJ3H3IGgQtjDTzDgHLSGvB36+SDgmaaeqp3h8nNbJJk6jjZmcj4r 1wA0XG11hrQKkCpOOc3X2HcrxxDJqp2YGnlxTF2NsZaRsuz9G8Qj4cL8YMk7nZ89gPyQSsfDVpgu DK+no2w1DDkGNxaPszhRH6RopJ7TRQwgmWSsY1gHdxa4BW1c9ZQ01dyPaY+ZyJWzR+IjS8dDsg+Y PuddcrlDdahrQPZZ4ow5ocC5kBLjgjBBLs4+XZTlJdbpWMMdNdKS2x0NJTu0yxsDZS9gJzt4RvjY dwrdW2igr3RuqqcPMbZGtw4twHjDuh7hc83DdnnMBmoInmBjY2asnDRsAd9/nlBVaa7X36DorhJe G/7QqBTND6dgEGXEa899mnYjv6L3UXu8RNkt4uTTPFcYqf20RNw5r2u2LemxG6trbJbm2oWz2Vpo xnETiTjfPUnPVcdVwra56GCiZDyKaKoE5jYffOCCCTvuCgqtyrLhVkW6auZPPR3WBkVWIwN3Nf1a NtiF1zXu80MlXbJq+OSdtZBA2sdE1uhsjSSS3ptp7+Z9FaI7BaooIYY6NjI4ZhOwNJHjHRxOd+vd e57Jbqh1W6ala81mnn6nHxaRhvfbHphBU571eYxJbmXFrqiK4w0wrBC3Dmva7YtxjIIXiu4gvNqj uFDNVionhqYYmVLYG6g17XO2b0J8OwPmVbI7Ba4qeGCOjayKGcVDGtcRiQdHHff5r3NZbdO+rfNS skNZp5+okh2kYbtnbHphBEcG3isuRr6eudJI+me0tfLEInlrgdi0bD3fvVmXFbbTQWpr20FMyAPx qLckux0yT8V2oCIiAiIgIiIKXT3SGz8V3dlVTTzVVQ9joWwR63Pbp7Kbt/ElPV1sdFPTVNDVyNLm xVLNOoeh79FWLn9FDiW7G9GpdUtMXsogzrxgHwY7/FSnDstjZcXAMrG3SUagbi085wx2J26BBXrK 59m40rqNgjcX62N5k3KHmMHB38la47jPATJFS0ILh4gbntn/ACqv8ZxusvFNBeIW8tkmC/Qd3Oaf FkerSAr22p1tDmwylpAcDgb5+aCCbd6+JxeaakI/iujcf9C0y11yfKHGKNhefCxt1aAfh4FZjLg4 5Uh+ARzzoBDH5Pp0QVgG7ybhkgH8N0af/bUZXRVM0HEtBUMdzTHFVDVKHbNAzuAP3fJXYQvf4nlj s9nR7/iq/V0TYuITTaQxtxoJKcOji0t1Ak7nPXB+5B18EPa7hSh0nOlrgfQ6ipx/uHr07dVUf0cP 0WqspXSB0kNU4ac9BgdPTIKt6CszF4LDES2dwxpz4QPMr0GOhnjZtGNep7Admn+Be6ne4zwFpfIW b6T4pB3GOgx5rjIc2jbzGuZGQXDJ1Pznt6IOzSTM4vYx8L9nsBxqx0LvP7lreeQGxSzRva46tDvD pb6+QWpn1EjWs5ut7NZaw5OD01Fe+U7AjMYLpGbuifpA36ep7oNkkrpQxz4GSTFxaBjllzO2PMeq x9Y5rWyx65HeEeHLXD91p7LWAWtY0wsjxkBjT4X47k/1usNkOAXVDmgDUGg7fLyQbDBUMc17YWRy THD8OzFyx723ZeXMkqo2GGEaGszGzPjLc7AjuvNSZW1J5cIaHNDXPacawOhA7dVh8DqcOaOaHEaW 6tsnt8fgg3Qn2id8DyYmuc4ktbgEno1w7jy8+q1wGeMOaGBgJDWNO+SNspFM+KASPifDIJCw8sag JOhc7z/orEuXO5YMg1ZGQ7V064PmTtj1QV/iKpeIKsjUNEQBY8bNLnkHHyVp4FYGcK0h7u1E7fxF UviOYut88ztQdPUCMA9mtA6/NfSLPTiltFHA0YDIWj7kHYiLKDCLKIMIsogwiyiDCLKIMIsogwiI gIiICxkEkeSyiD5/cI7dJxNdZ7zXzUNRCYxTuiJB0lvUYBJUlYG2SruYndcZ664sHg9qywsH8DSA Psyo+viiqOKLlV110bQSW/liB+gE7jOdJ97y+akbHT226XZlxlvX0pWQtxG10Yh0Dz0bHuUHbxpa jc+H5WxtLpoDzY9sk46j7Fo4FusNZYGxkgTUo0SjBJxvpPz/ACVnXzaqe/gri90wEjrfVAuLGbZa c7DsS0/ce2UH0gEHosGRoOM/cuJ12pwPq3xSHybPHt96xHdGvxmIN/40Z/ByDokmhJwZHtI/dyFB 36WGGShrIp3F9JVtDtZdjTJ4T28j+KmhXMPYf81n81y3b+3W+po2ROl50RaC2RmxI2O580Fd4dZF auObrbw1wbONcerv+19m5+xXZfObvWup5+HuIWuexgaIJWNIJwxxDt++cuC+itcHNDh0Iygib2JG Pgkjka0ueGAOGAT5Z67/AJLgaS+GMMq2iYDSGAbdem6sFXTR1UJjkG2cj0IUA6J3Ma5+kOB1Pd1A /wAKDwWYBdTbtZMWYkGxPUgZ3HyXl05jax41cx8ngaDkOA6kZwTg9l6maS+LTKZJHPPJe7fDvyWI 4xINFRy5Wklup4zISOoDv2c+Zwgy+SR00UrJOY7V4GdGvHfB/rdaayWOFrQ+J0hkfyWBjjt32+3q ukNdJpEp5TM5IDRhuPXvttleZAyFssgkZmd4JdzMtZ5jPXOMeiD3GA8PiaJIxncOOdfnq8ytUbxz mR82bmx78shpaxx6YGdtsrcJHPdhro4aYNIBO73H5LXHHTtDZHQ6J3MJc9w2IHTUPPyQa2VoE3ik 1E+JkbW4LiNvuzuvbnPpYHySzxOia0y6xsAR2HfOd1qlqmQuiqZ6djYyG4DTnTkbn08WFru0PMYy CoDRJUvDWktxpaDqO3wBQQMsJrr1aLaMadXPk1bk5Jcc/IL6eMAYHRfP+DofpHimtuYYeVDlkRzk A9Mf5cr6AgLKwsoCIiAiIgIiICIiAiIgwiIgIiICIiCh3O2G88UXSofWQ0ht7Y2xmVjXNOW5y7O2 PipGzWoV90bdK25UVdPTgBgo9Ia04xlxG526ZUfdrRPf+J7jJSinHsTY2Oil1aZ3Yz4sEbD8gu20 8MVgu8dyrW0lCYm6Ww29pa1/q7P9FBblEcTWVt8tT6YaWzN8UT3Do7+R7qXRBQuCbjTStdaLlSMF bCdMZNOC7SOoOB1Hr5q2Rso2EA0riemTSY/0qv8AGvDrpWOvFs1R1kQ1SiMkF7R3GO4/BeuH+J7f W0TnVBhpZo2taefV6eY7HUZ7ILGxtLv/AGb/AO3I/JZLomSO0xNBbjpCenxwo918tvh01dA4k7/2 5uy3R3anfrxUUwZjGW1TDhBX7hbY54rtZYoyOYPb6VrWlvixgsAPqO37ykuBrp9I2BjJHfX0p5T8 vy4jsfMeXyK83ySnL6W5UtcySa3uMjmCVu8WBzBjudI2+KhqiZnC/FkNdE7FqujdTtJGkeZx6ZB+ aC/KKu9G8tkqKfDXObpkPctUqDkZCw5oe0tcMgjBCCrNcIGwR1GHSPzy5QcEjt08h3XiRntLHU8g ZHA57Wuc0kOkwcgfZuu+5UXs41sic6Jv6vlt1OYe/wAl4dEHyh8pEYABDiwtGry3/rCDRLA6Zr4Z Yi5rI/q3vdhoGSMbei9+zsa6H6vVqbjlho1EHbIHTGy8sfyapmibIbKTM1rsgZGOh+1eMCObS6d0 cRlPLmeC9xz2GOyDNXpLXctpzpOlrBk7fuei9mfnsY8AsdK0SufK4Bxx8dgAtc1TK2Mv1Nic0AMJ b4sHoPT1WJoXziAiVjdI5biBtnuDn7vTKD27EbeZAGObLG14D8BryegJ7/JQXENwfDBUSgudoHs7 JMkgyO3dv2w3IUrVvcIJgYnNnYWwRaCMOc7o5rew/JV+moDduKaa0k66ehyZ3AdSDl+Qf4jpQXDg m3fR/DtPrAEk31pIHn0+7CsCw0BrQ1oAAGAB2WUBERAREQZREQEREGEREBERAREQEREBDsEWMDOe 6CiXmgq7txbXspYhJDTxxCeDmmL2jIDgMj8fRb7Rw/VsvsVU2lbZIIhgwxVHMdP3we2PP+saL8yu m4mrRYRU6mxR+3CGTllzv2cE98Y6dsrptFJe23eF9OK+moY9pm10/N5gPXS3t8c/yQXNERAVE4k4 YqrfXG+WDDHx5e6FrAS09y0HIPXor2iClWK+/S8McbaqrNU2IunbHTMPzacbKWlFxija5lXOQ5mr T7AHEbdDgjdR/E3BkdYDV2gCnrGn3WnS147/AAPr8lCUfEHsUtPbrnZoY6uHDHTTTGIehdhp+1BZ 2y3B9OJdbiXHGmS1uyB8A9RUFGKyim4brRN4tT6GeamMIDhuWtGScDPXuCR2C7I7nHK91RFHanmH dz2XF+G523+rWu5vfXOjY6O2xVsWH08nt7yYndiBowQcdO6DPA14kcx9jr2OZWUYIaHd2A4x8vwV vVEuFLJfmfSFtlay/W12icRbCQju3PUHfHmNlN8L8Tw3uIwytEFfGPrIjtn1b/LsgsCiqy1nEr6T Q1zhnQQfF6Zz3UqiCqSRTRBxYxjKhxaZWu23B6/DGBle+bBFM6USiSpO7MjZo74Csk0EVQ0NmY14 ByAfNR1TZ+Z4YpsRZyYnt1D5Hsg4JIonMLX1Ej3v+siyd8/yTVIGsdO6V4DclpwAHDufMrfJR1Yj YxtK3S3LpGh2eYewz5Kv1FWx9FUT1hcy1xyEv0nBqXn+6YfIEbn0KDmvF2dT0zaqNxe+TVHSMcdT iT703TcdQ345Vl4Lsj7PadVQCKupOuXPVvkP5+uVD8K2aS63D6fuMQjjBxSU+Ng0bA/AdvPqrxkA geaDKIiAiIgIiICIiAiIgIiICIiAiIgIiICIiCg36prqTimtFnkqNM0THVphj5hjxtkDscLdYau6 vuMIts9wraHVpqHV7AA0ebXZyT12+C0365VVk4orjbHNe+riY6YlhdyCNgcD0/FdFlv11qLzFTU9 ULzSuaDNMKfkcnffsM/mguyIsHJGxwgyiIgKOu9joL1G1ldDrLPde04c34FSKIPnsvDfEXDj3SWK rdUQOO8bdj06lp2PxG65aPi+ohaGXSvuLZRnXHHTR9e3iJB+WF9MXDcrNb7qwtraSOUnA14w8fBw 3QVOB9bX1EN4pPpF7xkNcymgaHs/ddh+SPiuivtdLf5GO0GzX5o5gaSA5/rkHxDP7Q3GFqrf0fhh fLZ6+SneSC1jycD/ABDdQ1Zw1xPSVDZSZK0QgFkrJsuaB2aSQ4fJBMwcSXjh9zKTiChknjAOmphw 4uaNs+vbrg7qatXF1nugwyo5Emf1c+Gn+X3qpUfFnEVFG+Gtt8lU3YDmwlpaPLIG+fVKu+cO1jWN ruHJYXA/3LQwk/LGUH0T2ym/3iH/ADhYFZA6Nz4pGzadiIjrOew2XzP/AGTUTMZa+FamfPUzTSD8 Dhd8No4pq3yMp6ens0D3ZPJDYjgdASzxH5oJPiC+Nja4XGd9NEQMW+Bw58oPTW4HwD0B6H5LjtNj quI6qK43SIUtti/7rRM2bp7YHYHuep+GFL2LgyjtsntNY722sJ1GSTdoPcgHqfUqynONuvqgAAAA DAHZZREBERAREQEREBERAREQEREBERAREQEREBERBVKqo/7P8W1VfWtIoLixjRMNwx7QBg/erNBL DLE2WmfHJG/cOjcCHeuQua8zUkNsn9tkgZG9jmjnnwuODt6/LdQv6P5YTw5BFHNG6UFznxg+JviO MhBaEREBERAREQcc11ttPUGnnr6WKYEZjfK0O36bZXYqBcqCouXE9+paa3U9S6RsLefM4D2fLBuO /wBnkubiWuko5/YKerrWT2+liifK2tELHOAB1CPq44PY/wAyH0ha6meKlppaid2mKJhe92M4AGSq Pa6ieura65V1wr2x0NNTVJhgl0teeUHOBb0wcHbbqVCRXWpdLJGypqnU9TRT6op60VGfq3EHYDSc gbHdB9Spp4qmmiqIHa4pWh7Hb7gjI6rzVupoaeSpqms5cLTI5xbnSAMk/YqBaq+ai9kZarjUVrn2 2SSaF7+Y2B7Y8tAHbxADH81rirZDTFlPdKm4NqrXPJWRyyF4gcGE7eXi2/8A6EF9t91obg+SOjl1 mNjHuGgtwHjU3qO4XXJIyKN0kr2sYwFznOOAAOpJXzSG51sNI+EVs8FMfYInyNcfqI3REuLf3eg6 KxxOgPCF6bTXWW5RMZM0SSklzPB7uo+955G26CwUtyoK1zm0lZTzuaMuEUgcQPPAXqgrqe5UbKuj fzIH50u0kZwcHY79QqLRut76jhltoEX0gwMNUYWgeDSNesjqevX1UZJda42u3yzXWpc0U73PiZVm KUnmvAdqIOrYAY3O3ZB9MhrqaorKmkik1T02nmtwRp1DI36HbyXSvm4pZ6ma+VjblXQTU1FTzamO 5ZkdyQfGB328+5V8s1RJV2ahqJjmSWBj3nzJaCUHYiIgIiICIiAiIgIiICIiAiIgIiICIiAiIggu JqSKsltkdRE2WI1QDmuO27SFTuBGCLjGojZ7rWyNGOmAVdeIg8Otr43DUKyMYxuQTg48uqp3BQLe Na0NJ25owT18SD6UiIgIiICIiDWyCGOaSZkMbZZccx7WgOfjYZPfC1z0FHUv11FJBM7GnVJGHHHl uuhEGmCjpqcuMFNDEXhrXFjA3IAwAcdgNgtItNuByLfSg4I/Ut6EYPbuNl2Ig009HS0mfZqaGHVj PLYG5+xeWUFGxsrWUkDWyjEgEYAePI7broRBzst9ExsjWUlO1sjWteBG0BwaMAHbcAdF7bS07ac0 7YIhA4EGMMGkg9RjotqINFNRUlICKWlggBGDy4w3P2LX9F2/QxnsNLoj2Y3ktw3fO222+660QaTS UxdM408JNQNMxLB9YMYw7z223WyONkUbY4mNYxgDWtaMBoHQALIcCSPJZQEREBERAREQEREBERAR EQEREBERAREQEREENxVDO6zvqqWURz0Z9oY4jI8IyRj4KtcB2x7rzWXGWcOc0DLQMai8B2fvVt4h Bdw9cgDg+yyf9JULwMQ729wGnPI2/wCE1Ba0XFdKmtpaZr7fQ+2yF2HMMwjw3B3yflt6qGtfFklT RG4XGhbQ27SdNQZw/U7VjSGgZ8+3ZBZkXHbLpRXanM9BOJow7STggg+RB3Ucy/1LbzV2+ptj2cmn fURmOUSOmYHYGGgdT5ZQTqKK4fvJvVNUSupXUzoZ3Qlj3ZOwB32GDvjHopVAREQEREBERAREQERE BERAREQEREBERAREQEREBERAREQEREBERAREQRfEzap/D9ayii5sz49OjuWnZ2PXGVBcEU0lPX13 IhrY6BzGaTWsDXl4/LCuKIMOGWkeip0NguTOELZTiFgrqGq9p5D3gh+HuOMg46FXJEEFw7b6ynqr lcK+JkE1bI1wgY7UGBoIG/mcrnpKa7yXyqvNVb44Xso+RDTNnDjIc6ve6Dfb5qyogrXCkF2pKiuZ X20U8VTO+pEnPa/DnEeDA+e6sqIgIiICIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAi IgwSAMnYLKIgIiICIiAiIgIiICIiAiIgIiIMahqx3WURAREQEREBERAREQEREBERAREQEREBERAR EQEREBERAREQEREBERAREQEREBERAREQEREBERAREQEREBERAREQEREBERAREQEREBERAREQf//Z ------=_NextPart_000_0000_01CC6CC4.35A69080 Content-Type: image/gif Content-Transfer-Encoding: base64 Content-Location: http://gilmore2.chem.northwestern.edu/images4/contact.gif R0lGODlhZAAkAPcAAAAAADEx//8AAP////////////////////////////////////////////// //////8AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACH5BAEAABAALAAAAABkACQA AAj+ACEIHEiwoMGDCBMqXMiwocOHECNKnEixosWLGBMC2Mixo8ePIEOKHEmypMeIAAKoXMmypcuX MGPKnElzJQCUNXPq3MnT5U2IKXsKHUpU5c+HQYsqXSrzqMOkOwdIlaqTatUBRZ02hJrTKk+vNcH2 1MqQa1isLaeiVbt2qkq1K+HCFUp2oVmaYq1S1YtV7Nu+aP9mxfk1sOAAe9siNsx2MUu/O+sqvDsz r2K+jg8nfmx4LOGonTGLDjya82CgQhsvxpzZ7Wq+sIdK1si0tm2bn2/rJjobIeWekHdHzm26dee4 x5UGz9n7IGXWwZcPlU6zucHnio3D3g6YtOvX4MOE74VpveDvzdABC06fVj3y947n+iTOmW1buZez cxfvHX9T+sjddxh8mxlnIHheWfYfajGxlhmB7pX2YHzetbcgUjI5+Fp37GmXWIL7SVceQb8JZ2JM Iw5U4oksspSiQCu22OKLEMQo44k0mqTjjjz2GFJGQAYp5JBEFmnkkUgmqeSSBQUEADs= ------=_NextPart_000_0000_01CC6CC4.35A69080--