Online resources for microbiology instructors

		Microbiology, 4/e Prescott, Harley, Klein
		Instructor Resources

List of Transparency Acetates

1. Gram-positive Cell Morphology	Figure 3.4
2. Plasma Membrane Structure	Figure 3.7
3. Chaperones and Protein Folding	Figure 3.16
4. Peptidoglycan Subunit	Figure 3.20
5. Peptidoglycan Structure	Figure 3.23
6. Gram-positive Envelope	Figure 3.25
7. Gram-negative Envelope	Figure 3.27
8. Lipopolysaccharide Structure	Figure 3.29
9. Bacterial Flagella Structure	Figure 3.37
10. Chemotaxis in E. coli	Figure 3.43
11. Endospore Formation	Figure 3.47
12. Eucaryotic Cell Ultrastructure	Figure 4.3
13. Model of Facilitated Diffusion	Figure 5.2
14. Active Transport	Figure 5.3
15. Bacterial PTS Transport	Figure 5.4
16. The Pour-plate Technique	Figure 5.9
17. Membrane Filtration Procedure	Figure 6.7
18. Disinfectants and Antiseptics	Figure 7.7
19. ATP and ADP	Figure 8.2
20. Structure and Function of NAD	Figure 8.8 a, b
21. Three Stages of Catabolism	Figure 9.1
22. Glycolysis	Figure 9.3
23. Pentose Phosphate Pathway	Figure 9.4
24. Entner-Doudoroff Pathway	Figure 9.6
25. Tricarboxylic Acid Cycle	Figure 9.7
26. Respiratory Chain of E coli	Figure 9.9
27. Chemisosmotic Hypothesis	Figure 9.10
28. Mitochondrial Transport Chain	Figure 9.11
29. NADH Oxidation in Fermentation	Figure 9.13
30. Microbial Fermentations	Figure 9.14
31. Green Plant Photosynthesis	Figure 9.25
32. The Calvin Cycle	Figure 10.4
33. Gluconeogenesis	Figure 10.5
34. Ammonia Incorporation	Figure 10.11, 10.12
35. Assimilatory Nitrate Reduction	Figure 10.13
36. Nitrogen Fixation	Figure 10.14, 10.16
37. Organization of Anabolism	Figure 10.17
38. The Glyoxylate Cycle	Figure 10.20
39. Peptidoglycan Synthesis	Figure 10.28
40. DNA Double Helix Structure	Figure 11.2 a, b
41. Rolling-Circle Replication	Figure 11.9
42. Bacterial DNA Replication	Figure 11.12 a, b
43. Initiation of Protein Synthesis	Figure 11.28
44. Elongation Cycle	Figure 11.29
45. Gene Induction	Figure 12.10
46. Gene Repression	Figure 12.11
47. Attenuation Control	Figure 12.18
48. Cell Cycle Control in E coli	Figure 12.19
49. A Bacterial Structural Gene	Figure 13.6
50. Replica Plating	Figure 13.15
51. Merozygote Production and Fate	Figure 14.4
52. F Plasmid Integration	Figure 14.7
53. Bacterial Conjugation	Figure 14.14
54. F' Conjugation	Figure14.15
55. Bacterial Transformation	Figure 14.16
56. Mechanism of transformation	Figure 14.17
57. Lambda Phage Life Cycles	Figure 14.18
58. Generalized Transduction	Figure 14.19
59. Specialized Transduction	Figure 14.20
60. Transduction by Lambda Phage	Figure 14.21
61. Southern Blotting Technique	Figure 15.5
62. The Polymerase Chain Reaction	Figure 15.8
63. Recombinant Plasmid Production	Figure 15.11
64. Cloning with Plasmid Vectors	Figure 15.14
65. Lambda Phage Use as a Vector	Figure 15.15
66. Tobacco Mosaic Virus Structure	Figure 16.11 b, c
67. Icosahedral Capsid Structure	Figure 16.13
68. Influenza Virus	Figure 16.17 b
69. T4 Coliphage Structure	Figure 16.19 a
70. Major Bacteriophage Families	Figure 17.1
71. T4 Phage Adsorption	Figure 17.3
72. Life Cycle of Bacteriophage T4	Figure 17.5 a
73. ssDNA & RNA Phage Life Cycles	Figure 17.10, 17.13
74. Assembly of T4 Bacteriophage	Figure 17.11
75. Choice of Lysogeny of Lysis	Figure 17.18
76. Integration of Lambda Phage	Figure 17.20
77. Major Animal Virus Families	Figure 18.3
78. Animal Virus Entry	Figure 18.4
79. RNA Animal Virus Reproduction	Figure 18.5
80. Release of Influenza Virus	Figure 18.8
81. Universal Phylogenetic Tree	Figure 19.3
82. Phylogeny of the Archaea	Figure 19.12
83. Phylogeny of the Eubacteria	Figure 19.13
84. Methane Synthesis	Figure 20.13
85. Cyanobacterial Cell Structure	Figure 21.8
86. The Chlamydial Life Cycle	Figure 21.13
87. Spirochete Morphology	Figure 21.15 a, b
88. Caulobacter Life Cycle	Figure 22.7
89. Bdellovibrio Life Cycle	Figure 22.32 a
90. Myxobacterial Life Cycle	Figure 22.34
91. Actinobacterial Classification	Figure 24.3
92. Phylogeny of the Fungi & Molds	Figure Phylo. D. 25
93. Yeast Structure	Figure 25.3
94. Phylogeny of the Algae	Figure Phylo. D. 26
95. Phylogeny of the Protozoa	Figure Phylo. D. 27
96. Tube Worm-Bacteria Symbiosis	Figure 28.4 b, d
97. Exotoxin Transport Mechanisms	Figure 29.4
98. Host Defenses	Figure 29.6
99. Antiviral Action of Interferon	Figure 29.9
100. The RE System and Leukocytes	Figure 29.10, 29.11 a
101. Different Host Defenses	Figure 30.1
102. Lymphocyte Development	Figure 30.2
103. Immunoglobulin (Ab) Structure	Figure 30.6 a, b
104. Immunoglobulin (Ab) Structure	Figure 30.6 c
105. Gene Shuffling & Ab Diversity	Figure 30.14
106. L and H Chain Production	Figure 30.15, 30.16
107. Clonal Selection	Figure 30.17
108. Antibody Responses	Figure 30.18 a, b
109. Production of Monoclonal Abs	Figure 30.19
110. T-Dependent B cell Triggering	Figure 31.4
111. The TCR and T-cell Activation	Figure 31.5 a, b
112. Helper T-cell Responses	Figure 31.8
113. T-Helper Cell Activation	Figure 31.9
114. Superantigens	Figure 31.11
115. Type I Hypersensitivity	Figure 31.12
116. Type II Hypersensitivity	Figure 31.14
117. Type III Hypersensitivity	Figure 31.15
118. Type Hypersensitivity	Figure 31.16
119. Complement Cascade	Figure 32.2
120. Membrane Attack Complex	Figure 32.3
121. Opsonization	Figure 32.6
122. Immunoprecipitation	Figure 32.17
123. Key to pathogenic Bacteria	Figure 34.6 a
124. Key to Pathogenic Bacteria	Figure 34.6 b
125. DNA Probe Hybridization	Figure 34.12
126. Epidemic Curves	Figure 35.3
127. Herd Immunity	Figure 35.5
128. The HIV-1 Virion	Figure 36.8
129. Life Cycle of HIV-1	Figure 36.10
130. Tuberculosis	Figure 37.7
131. Staphylococcal Diseases	Figure 37.16
132. Course of Untreated Syphilis	Figure 37.19
133. The Septic Shock Cascade	Figure 37.22
134. Malaria	Figure 39.19
135. Ecological Role of Microbes	Figure 40.2
136. The Carbon Cycle in Nature	Figure 40.7
137. The Sulfur Cycle in Nature	Figure 40.8
138. The Nitrogen Cycle in Nature	Figure 40.9
139. The Winogradsky Column	Figure 41.1
140. The Growth of Biofilms	Figure 41.3
141. Multiple-Tube Water Testing	Figure 41.26
142. The Soil Microenvironment	Figure 42.1
143. Root Nodule Formation	Figure 42.9 b,c,d,f,h,i, k
144. Types of Mycorrhizae	Figure 42.13
145. Phytoremediation	Figure 42.23
146. Wine Making	Figure 43.16
147. Producing Beer	Figure 43.17
148. Large-Scale Fermentation Unit	Figure 44.2
149. Subsurface Bioremediation	Figure 44.22

Back