Chapter
10. DISTRIBUTION OF NUCLEIC ACIDS WITHIN EUKARYOTIC CELLS
pp.：
32 – 34
11. TYPES OF RNA MOLECULES
pp.：
34 – 36
12. THE ANATOMY OF EUKARYOTIC CHROMOSOMES
pp.：
36 – 38
13. ORGANISATION OF GENES WITHIN CHROMOSOMES
pp.：
38 – 42
14. THE MOLECULAR ANATOMY OF EUKARYOTIC GENES
pp.：
42 – 46
15. CHROMOSOME ABERRATIONS AND LINKS TO HUMAN DISEASE
pp.：
46 – 48
16. TYPES OF MUTATIONS AND THEIR EFFECTS
pp.：
48 – 50
17. FORMS OF CHEMICALLY ALTERED DNA
pp.：
50 – 52
18. DNA REPAIR MECHANISMS
pp.：
52 – 54
19. LINKAGE ANALYSIS
pp.：
54 – 56
20. PEDIGREE ANALYSIS AND MODES OF INHERITANCE
pp.：
56 – 58
21. GENES DICTATE THE NATURE OF PROTEINS
pp.：
58 – 60
22. THE NATURE OF THE GENETIC CODE
pp.：
60 – 64
23. TRANSCRIPTION: FORMING GENETIC MESSAGES
pp.：
64 – 66
24. POST-TRANSCRIPTIONAL PROCESSING OF MESSENGER RNA
pp.：
66 – 70
25. TRANSFER AND RIBOSOMAL RNA PROCESSING/MODIFICATION
pp.：
70 – 72
26. MECHANISMS REGULATING GENE EXPRESSION
pp.：
72 – 74
27. TRANSCRIPTIONAL REGULATORY SEQUENCES
pp.：
74 – 76
28. OPERONS AND PROKARYOTIC CONTROL OF GENE EXPRESSION
pp.：
76 – 78
29. TRANSCRIPTION FACTORS AND GENE EXPRESSION
pp.：
78 – 80
30. IN VIVO TRANSLATION: DECODING GENETIC MESSAGES
pp.：
80 – 84
31. SEQUENCES INVOLVED IN CELLULAR PROTEIN TARGETING
pp.：
84 – 86
32. EUKARYOTIC CELL DIVISION: MITOSIS AND MEIOSIS
pp.：
86 – 90
33. MOLECULAR MECHANISMS OF CELL CYCLE CONTR0L
pp.：
90 – 92
34. GENETIC RECOMBINATION MECHANISMS
pp.：
92 – 94
35. GENE TRANSFER DURING BACTERIAL REPRODUCTION
pp.：
94 – 96
36. TRANSPOSABLE GENETIC ELEMENTS: TRANSPOSONS
pp.：
96 – 100
37. IN VIVO DNA REPLICATION
pp.：
100 – 104
38. GENETIC CONTROL OF DEVELOPMENT
pp.：
104 – 108
39. THE NATURAL BIOLOGY OF BACTERIOPHAGES
pp.：
108 – 110
40. BACTERIOPHAGE GENETICS
pp.：
110 – 114
41. RECOMBINANT DNA TECHNOLOGY
pp.：
114 – 116
42. ENZYMES COMMONLY USED IN MOLECULAR BIOLOGY METHODS
pp.：
116 – 118
43. RESTRICTION ENDONUCLEASES
pp.：
118 – 120
44. RESTRICTION FRAGMENT LENGTH POLYMORPHISMS
pp.：
120 – 122
45. ISOLATION OF NUCLEIC ACIDS FROM CELLS AND TISSUES
pp.：
122 – 126
46. VISUALISING NUCLEIC ACIDS
pp.：
126 – 128
47. ELECTROPHORESIS OF NUCLEIC ACIDS
pp.：
128 – 130
48. IN VITRO HYBRIDISATION
pp.：
130 – 132
49. TYPES OF HYBRIDISATION ASSAY FORMATS
pp.：
132 – 134
50. SOUTHERN BLOTTING
pp.：
134 – 136
51. IN SITU HYBRIDISATION
pp.：
136 – 138
52. MEASURING TRANSCRIPTIONAL ACTIVITY VIA MESSENGER RNA
pp.：
138 – 140
53. CONVERTING MESSENGER RNA INTO COMPLEMENTARY DNA
pp.：
140 – 142
54. METHODS FOR DETERMINING DNA NUCLEOTIDE SEQUENCES
pp.：
142 – 146
55. THE POLYMERASE CHAIN REACTION
pp.：
146 – 150
56. ALTERNATIVES TO PCR-BASED IN VITRO DNA/RNA AMPLIFICATION
pp.：
150 – 154
57. IN VITRO TRANSLATION METHODS
pp.：
154 – 156
58. TYPES AND METHODS OF GENE PROBE GENERATION
pp.：
156 – 158
59. CHEMICAL SYNTHESIS OF OLIGONUCLEOTIDES
pp.：
158 – 162
60. TYPES AND APPLICATIONS OF NUCLEOTIDE ANALOGUES
pp.：
162 – 164
61. METHODS FOR LABELLING GENE PROBES
pp.：
164 – 168
62. FUNDAMENTAL PRINCIPLES OF CLONING
pp.：
168 – 170
63. THE NATURE OF CLONING VECTORS
pp.：
170 – 172
64. INSERTING FOREIGN DNA INTO VECTORS
pp.：
172 – 174
65. THE DEVELOPMENT OF BACTERIOPHAGE VECTORS
pp.：
174 – 178
66. PLASMIDS: DEVELOPMENT AS CLONING VECTORS
pp.：
178 – 182
67. YEAST-DERIVED PLASMID VECTORS
pp.：
182 – 184
68. PHAGEMIDS, HYBRID PHAGE AND PLASMID CLONING VECTORS
pp.：
184 – 186
69. VECTORS FOR USE IN PLANT AND ANIMAL CELLS
pp.：
186 – 188
70. DELIVERING DNA INTO CELLS
pp.：
188 – 190
71. PRINCIPAL GENOMIC AND cDNA CLONING STRATEGIES
pp.：
190 – 194
72. STRATEGIES FOR IDENTIFYING DESIRABLE RECOMBINANT CLONES
pp.：
194 – 196
73. GENE MAPPING TECHNIQUES
pp.：
196 – 200
74. DETECTING DNA-PROTEIN INTERACTION SITES
pp.：
200 – 204
75. DETECTING PROMOTER AND ENHANCER SEQUENGES
pp.：
204 – 206
76. METHODS FOR IDENTIFYING PROTEIN-ENCODING REGIONS
pp.：
206 – 210
77. GENETIC FINGERPRINTING
pp.：
210 – 212
78. ANALYSING ANCIENT DNA
pp.：
212 – 214
79. IN VITRO MUTAGENESIS METHODS
pp.：
214 – 218
80. GENETICALLY MODIFIED MICRO-ORGANISMS
pp.：
218 – 220
81. GENETICALLY ENGINEERED PLANTS
pp.：
220 – 222
82. GENETICALLY ENGINEERED ANIMALS
pp.：
222 – 224
83. MOLECULAR TECHNIQUES IN PRENATAL DIAGNOSIS
pp.：
224 – 226
84. THE GENETICS OF CYSTIC FIBROSIS
pp.：
226 – 230
85. THE DYSTROPHIN GENE AND MUSCULAR DYSTROPHIES
pp.：
230 – 234
86. IDENTIFYING THE GENE FOR HUNTINGTON'S DISEASE
pp.：
234 – 236
87. LIPOPROTEIN GENES AND CORONARY HEART DISEASE
pp.：
236 – 238
88. THE DETECTION OF MICROBIAL INFECTIONS
pp.：
238 – 240
89. MOLECULAR BIOLOGY OF HUMAN IMMUNODEFICIENCY VIRUS AND AIDS
pp.：
240 – 244
90. ENGINEERING MICROBIAL BIOLUMINESCENCE
pp.：
244 – 246
91. RECOMBINANT DNA METHODS IN VACCINE DEVELOPMENT
pp.：
246 – 248
92. RECEPTORS AND CELLULAR SIGNALLING MECHANISMS
pp.：
248 – 252
93. ONCOGENES AND THE MOLECULAR BASIS OF CANCER
pp.：
252 – 256
94. MOLECULAR DIAGNOSIS AND THERAPY OF CANCERS
pp.：
256 – 258
95. DRUG DEVELOPMENT USING RECOMBINANT DNA APPROACHES
pp.：
258 – 260
96. PROTEIN ENGINEERING
pp.：
260 – 264
97. IMMUNOGLOBULIN GENETICS
pp.：
264 – 268
98. GENETIC ENGINEERING OF RECOMBINANT ANTIBODIES
pp.：
268 – 272
99. CURRENT APPROACHES TO GENE THERAPY
pp.：
272 – 274
100. THE HUMAN GENOME MAPPING PROJECT
pp.：
274 – 278
BIBLIOGRAPHY
pp.：
278 – 323
Route Maps in Gene Technology
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