Fig S. 3

Jul 25, 2014

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Fig S. 3. (a) Evacuation frequency. Rs =0.497 P=0.00085. Amount of bacteria (Log 10 copy number/g feces). Rs =0.327 P=0.028. Evacuation frequency (distance from the left end of VAS).

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Fig S. 3

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Fig S. 3 (a) Evacuation frequency Rs=0.497 P=0.00085 Amount of bacteria (Log 10 copy number/g feces) Rs=0.327 P=0.028 Evacuation frequency (distance from the left end of VAS)

Fig. S-1

Fig. S-1. Fig. S-2. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20. C. F. Fig. S-3. 1 2 3 4. (a). fur. (b). 1 2 3 4. feoB. 23S. 16S. Fig. S-4. (a). 1 2 3 4.

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Fig 3-1

The four spheres of Earth’s environment. Biosphere interacting with abiotic factors. Fig 3-1. Periodic Chart of Elements John Wiley — Resource Manager CD-ROM. N-CHOPS. Law of the Minimum/Law of limiting factors - Liebig's Law. Justus von Liebig "father of the fertilizer industry”

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Fig. 3

Developing a Novel Cone Angle Characterization Procedure for Atomic Force Microscopy Probe Tips Thomas M. Hadley 1 , Christopher J. Tourek 2 , and Sriram Sundararajan 2 1 Department of Physics, St. Olaf College 2 Department of Mechanical Engineering, Iowa Sate University.

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Fig, 47.12 (3)

In early organogenesis the archentreron is formed as lateral folds pinch the embryo away from the yolk. The yolk stalk (formed mostly by hypoblast cells) will keep the embryo attached to the yolk. The three germ layers and hypoblast cells contribute to the extraembyonic membrane system.

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Supp. Fig.3

Supp. Fig.3. Supp. Fig.3 Growth inhibition of cells treated with IL-4 and the combination of IL-4+TNFα for 3 different RCC cell lines is shown . Same numbers of cells were seeded into wells and cells were equally

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Supplementary Fig. 3

a. ORF II. 88. 110. SEA AGSNTQGQYKAPP KK GI KRK YPA SA ............... . ......G. Nucleic acid binding domain. b. ORF III. (i) Cys motif 1 (CP). CXCX 2 CX 4 HX 4 C. Lysine-rich core. SA KK R K IL K RVTNYN K NRR K NYVRRPSI KKKC R C YI C QDENHLANR C

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Fig. 34-3

Dorsal, hollow nerve cord. Muscle segments. Fig. 34-3. Notochord. Mouth. Anus. Pharyngeal slits or clefts. Muscular, post-anal tail. Cirri. 2 cm. Mouth. Fig. 34-4. Pharyngeal slits. Atrium. Notochord. Digestive tract. Atriopore. Dorsal, hollow nerve cord. Segmental muscles.

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Fig. 3

Towards an Atomic Scale Understanding of Spin Polarized Electron Transport Vincent P. LaBella, College of Nanoscale Science and Engineering, University at Albany / SUNY , DMR 0349108. BEEM. Fig. 1. Magnetic tip. Non-Magnetic tip. azimuthal angle Î¸. azimuthal angle Î¸. Fig. 3.

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Supplemental Fig. 3

Supplemental Fig. 3.

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Fig. 16-9-3

It looks so simple…. A. T. A. T. A. T. A. T. C. G. C. G. C. G. C. G. Fig. 16-9-3. A. T. A. T. A. A. T. T. T. A. T. A. T. T. A. A. C. C. G. C. G. C. G. G. (c) “Daughter” DNA molecules, each consisting of one parental strand and one new strand.

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Fig. 3

Fig. 3. Fig. 4. Fig. 5. Fig. 6.

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Suppl. Fig. 3

Suppl. Fig. 3. # 2. # 1. A. # 1. B. 42%. AD. # 2. 44%. AD/FasL. # 3. 39%. AD/FasL/ a -Fas. Analysis of BM-MSC adipogenesis.

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Fig 3

Fig 3. A. Effect on AKT and ERK signalling pathways. MCF7-AROM1. BT474-AROM3. LTED. pAKT. pAKT. pAKT. AKT. AKT. AKT. pERK1/2. pERK1/2. pERK1/2. ERK1/2. ERK1/2. ERK1/2. ER. ER. ER. pS6 S240/S244. pS6 S240/S244. pS6 S240/S244. Actin. Actin. Actin.

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Supplemental Fig.3

A B C. D E F. MoL #33472. Supplemental Fig.3.

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Fig. S 1

Fig. S 1. a. b.

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Supplementary Fig. 3

Supplementary Fig. 3. A. B. C. D. E. F. No. of positice cells. *. #. # †.

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Fig. 3

5. 5. 4. 4. 3. 3. 2. 2. 1. 1. 0. 0. 30. 30. 40. 40. 50. 50. 0. 0. 10. 10. 20. 20. Fig. 3. A. B. C. P BAD. P rha. P tet. 1.5. 1.5. 1. 1. oral. Bioluminescence x 10 11 (p/s/cm 2 /sr). 0.5. 0.5. 0. 0. 30. 40. 50. 0. 10. 20. 30. 40. 50. 0. 10. 20.

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Fig S. 4

Fig S. 4. Rs =-0.316 P=0.032. Organic acid concentration ( μ mol /g feces).

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S Fig. 1A.

S Fig. 1A. S Fig. 1B. S Fig. 1C. S Fig. 1D. M 1 2 3 4 5 6 7 8 9 Ctr. 2000bp 1000bp 750bp 500bp 250bp 100bp. Actin Trx h9. S Fig. 2.

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Fig S. 3

Fig S. 3. (b) Diarrhea/loose stool. Amount of bacteria (Log 10 copy number/g feces). Rs =0.316 P=0.034. Daily times of diarrhea/loose stool (distance from the left end of VAS).

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Fig. 34-3

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