Fig. 5

Aug 29, 2014

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A). Caffeine. Controls. 16. *. *. 14. 12. 10. Bromodeoxyuridine labeling index (%). 8. 6. 4. 2. 0. Controls EGCG White Caffeine. tea. B). 3. 2. Cleaved caspase-3 labeling index (%). *. **. 1. 0. Controls EGCG White Caffeine. Controls. Caffeine. tea. Fig. 5.

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Fig. 5

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A) Caffeine Controls 16 * * 14 12 10 Bromodeoxyuridine labeling index (%) 8 6 4 2 0 Controls EGCG White Caffeine tea B) 3 2 Cleaved caspase-3 labeling index (%) * ** 1 0 Controls EGCG White Caffeine Controls Caffeine tea Fig. 5

FIG.5

FILLING IN THE GAPS: MODELING AS A SPUR TO RESEARCH IN SUNFLOWER A.J. Hall, J.E. Cantagallo, C.A.Chimenti, M.C. Rousseaux and N. Trápani IFEVA, Facultad de Agronomía (Univ. Buenos Aires)/CONICET. e-mail: hall@ifeva.edu.ar INTRODUCTION

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Fig. 5-1, p. 75

Fig. 5-1, p. 75. Fig. 5-2, p. 77. Cold deserts. Westerlies. Forests. Northeast trades. Hot deserts. Forests. Equator. Southeast trades. Hot deserts. Forests. Westerlies. Cold deserts. Fig. 5-3, p. 77. LOW PRESSURE. HIGH PRESSURE. Heat released radiates to space. Condensation

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Fig. 5

Prosthetic Ear Fixation Mechanism Joseph Hippensteel, Steve Noel, Ashley Phillips, Evan Rogers, and Cullen Rotroff Department of Biomedical Engineering, University of Wisconsin. Fig. 3a. Fig. 3c. Fig. 3b. Fig. 5. Fig. 6 . c. b. d. a. Fig. 8a. Fig. 8b. Fig. 7.

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Fig. 5-2

Plating bacteria and growing colonies. Fig. 5-2. Commonly used genetic markers Prototroph ic markers: wild-type bacteria are prototrophs (grow on minimal medium) Auxotroph ic markers: mutants that require additional nutrient (fail to grow on minimal medium)

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Fig. 17-5

Fig. 17-5. Second mRNA base. First mRNA base (5  end of codon). Third mRNA base (3  end of codon). the mechanism of translation. Amino acids. Polypeptide. tRNA with amino acid attached. Ribosome. Trp. Phe. Gly. tRNA. Anticodon. Codons. 5 . 3 . mRNA. trp operon.

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Fig. 24-5

Fig. 24-5. Speciation can occur in two ways: Allopatric Speciation Sympatric Speciation. (a) Allopatric speciation. (b) Sympatric speciation. Allopatric (“Other Country”) Speciation.

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Fig. 1-5, p.8

Fig. 1-5, p.8. Fig. 1-6, p.9. Fig. 1-7, p.10. Fig. 1-8, p.12. Fig. 1-9, p.13. Fig. 1-10, p.16. Table 7-1, p.168. Fig. 1-11, p.17. http://weather.unisys.com. p.11. http://www.rap.ucar.edu/weather. http://www.rap.ucar.edu/weather.

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SI Fig. 5

Control, NO 3 -. DMSO, O 2. DMSO, NO 3 -. S 0 , NO 3 -. Thiosulfat, Acetate, NO 3 -. Benzoat, NO 3 -. Taurine, O 2. SI Fig. 5. Duplicate A. Duplicate B. Cells/ml.

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Fig. 38-5 Ganong

Charge and Glomerular Filtration. Fig. 38-5 Ganong. Glomerular Pressures. Lesson 20, slide 6. +15 mm Hg = (45-10) – (20-0). P -  = (60-18) - (32-0) = 42 - 32 = +10 mm Hg. Fig. 23.11. average GFR = 125 mL / min. Fig. 38.6 Ganong.

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Fig. 17-5

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Fig. 5-COa, p. 128

Fig. 5-COa, p. 128. Fig. 5-COb, p. 129. Age (Ma). cm. Events. 64.9. 50. Post-extinction layer: Sediments containing microfossils from after the dinosaurs. Tertiary. 65.0. Fireball layer: Dust and ash fallout from the asteroid impact. 60.

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Supplementary Fig. 5

Supplementary Fig. 5. A. E-cadherin. WNT7A. WNT10A. 2. 2. 2. 1. 1. 1. Relative expression ratio. 0. 0. 0. NT. NT. NT. NT. NT. NT. RT7. RT7. RT7. d s- NC. d s- NC. d s- NC. d s- NC. d s- NC. d s- NC. d s- miR-200a. d s- miR-200a. d s- miR-200a. d s- miR-200a.

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Fig. 5-CO, p.118

Fig. 5-CO, p.118. Fig. 5-1, p.119. Fig. 5-2, p.119. Fig. 5-3, p.120. Fig. 5-4, p.120. Fig. 5-5, p.120. Fig. 5-6, p.121. p.121. p.121a. p.121b. Fig. 5-7, p.123. Fig. 5-8, p.123. Fig. 5-9, p.124. Fig. 5-10, p.125. Fig. 5-11, p.126. Fig. 5-12, p.126. Fig. 5-13, p.128.

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Pennacchietti et al. Suppl. Fig. 5

Pennacchietti et al. Suppl. Fig. 5. A. HGF conc. in blood. 2000. 1800. 1600. 1400. 1200. 1000. HGF conc. (pg/ml). WT SCID (mouse HGF). 800. hHGF KI SCID (human HGF). 600. 400. 200. 0. Plasma. Serum. B. HGF conc. in tissues. 4 000. 36 00. 32 00. 28 00. 24 00. 20 00.

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Yeom Supplementary Fig.5

Yeom Supplementary Fig.5. A. U251. P = 0.003. P = 0.005. siControl siRRAD#1 siRRAD#2. B. U251. U87-MG. U138-MG. siC siRRAD. siC siRRAD. siC siRRAD.

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Fig. 5-1, p. 152

Fig. 5-1, p. 152. Fig. 5-2, p. 153. Fig. 5-3, p. 155. Fig. 5-4, p. 156. Fig. 5-5, p. 156. Fig. 5-6, p. 157. Fig. 5-7, p. 157. Fig. 5-8, p. 158. Fig. 5-9, p. 159. p. 159. Fig. 5-10, p. 160. Fig. 5-11, p. 160. Fig. 5-11a, p. 160. Fig. 5-11b, p. 160. Fig. 5-12, p. 161.

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Fig. 5

Fig. 5. 100. 80. D asd + DAP. D asd – DAP. 60. % hemolysis. D thyA + thymidine. 40. D thyA – thymidine. 20. 0. 0. 1. 2. 3. 4. Time (h).

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Fig. 5-1, p. 171

Chap. 5: 3-D Probability Density.  r  | 2 dV = | R(r)Y(  )| 2 dV Probability of finding the electron in the unit volume element: dV = dxdydz = { rd  }{ rsin (  d  } dr | R(r)Y(  )| 2 = Probability per unit volume. |R(r )| 2 (r 2 dr)

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fig 5-25

Topic 20 - from genes to mRNA to proteins. fig 5-25. Even before DNA was shown to be the genetic material a human geneticist had hypothesized & demonstrated how the blueprint would be organized. English physician A. Garrod proposed that if: Substrate A Product B Product C Product D

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Fig. 5-1a, p. 100

Fig. 5-1a, p. 100. Fig. 5-1b, p. 100. Fig. 5-2, p. 103. (a) Span worm. (b) Wandering leaf insect. (c) Bombardier beetle. (d) Foul-tasting monarch butterfly. (f) Viceroy butterfly mimics monarch butterfly. (e) Poison dart frog. (g) Hind wings of Io moth resemble eyes of a much

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