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Àâòîðèçàöèÿ |
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Ïîèñê ïî óêàçàòåëÿì |
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Twyman R.M. — Advanced Molecular Biology: A Concise Reference |
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Ïðåäìåòíûé óêàçàòåëü |
225
-complementation 109—110bx 330
-helices 289-290f
-sheets 289—290f
-strands 289—290
-turn 289—290
-factor 445
12—23 rule 380
2-D electrophoresis 307 356
30 nm fiber 38
3T3 cell assay 255
5-methylcytosine 94 211
A-DNA 229 230f
A-rule 185
A-site (amino acyl-tRNA site) of ribosome 314
ABL/BCR gene fusion 255—256 257—258
Abzymes 345
Ac-Ds elements 176 178 344
Acute transforming retroviruses 254 256
Adaptive response 190
Adaptors 326
Additive effects 10t
AIDS 485
Alkaline phosphatase 324 326
Allele frequency 212
Allele replacement 352
Allele-specific hybridization 358
Allele-specific PCR 280
Alleles 2 107 201
Allelic complementation 109—110bx
Allelic exclusion 5 381
Allopolyploidy 47
Allostery 295
Allostery in transcriptional control 455—457f
Allotype 379
Alternative splicing 418—420
Alternative splicing in Drosophila sex determination 420f
Alu element 96 142 144
Amber codon 127 204
Amber suppressor 220
Ambisense genome 470
Amino acid sequence 287—289
Amino acids 305—306bx
Aminoacyl-tRNA 128
Aminoacyl-tRNA synthetase 129
Amphioxus 300
Amplicon 219 342
Anaphase lag 49
Anaphase-promoting complex 32
Aneuploidy 47—49
Anisotropic bending 230
Antibodies 345 379 386—387
Antibodies for protein analysis 307 345
Anticipation 16bx 218
Anticodon 128
Anticodon loop 321
Antigen switching, trypanosomes 378
Antiparallel strands 225
Antipodal effects 42
Antisense RNA 224
Antisense RNA in control of gene expression 320 365
Antisense RNA in gene therapy 365
Antisense RNA in plasmid replication 276—277
Antisense RNA in protein synthesis 320
Antisense strand 444
Antitermination 460—461 481—482
AP endonuclease 192
AP-site 185
Apoptosis 33—34
Aptamers 366
Artificial chromosome vectors 154t 329
Asymmetric PCR 284
Attached chromosome 52
Attenuation, attenuator control 461
Autopolyploidy 47
Autosomal inheritance 15bx
Autosomes 57
Autozygosity 149
Auxotroph 215
B-chromosomes 58
B-DNA 229 230f
Backcross 3f
Bacterial artificial chromosome (BAC) 153 329
Bacteriophage 467
Bacteriophage 481—484bx
Bacteriophage , cloning vectors 327—329
Bacteriophage , gene regulation 475—476 481—484bx
Bacteriophage , integration and excision 385 484
Bacteriophage M13 473—474 237—239
Bacteriophage Mu 468
Bacteriophage Mu, host range variation 385—386
Bacteriophage Mu, replication 473
Baculovirus expression system 342
Balance mechanism 76
Balancer chromosome 51
Balbiani rings 59
Baltimore classification 470
Bands and interbands 59
Barr body 100
Barrel motifs in proteins 291—292
Base analog 185
Base composition 134—135
Base excision repair 191—192
Base loss 185
Base pairs, alternative 227
Base pairs, Hoogsteen 227
Base pairs, Watson-Crick 226—227 228f
Base ratio 134
Base stacking 226
Bases, in nucleic acids 223 225f
Basic DNA-binding domain 241
Beckwith — Wiedemann syndrome 98—99
Biotin-streptavidin system 360
Biphasic genome organization 58 143
Blue-white selection 330
Bone morphogenetic proteins 430—431
Boundary element 41
Box (DNA or protein sequence motif) 301
BRCA1, BRCA2 152 260
Breakage-fusion-bridge cycle 174
Burkitt's lymphoma 258
C-gene segment 387
C-value 134
C-value paradox 135—136
CAK 28
Calcium signaling 438—439
Calmodulin (CaM) 438—439
Cancer 253
Cancer, familial 258—259
Cancer, multiple hit hypothesis 253 258
Cancer, tumor progression 253
Candidate genes 335—336
CAP 413
Cap-binding protein 316—317
Capping 413
Capsnatching 421 474—475
Cassette 165—166 377
Cassette mutagenesis 346—347f
Catabolite repression 464
Cdc mutants 26
Cdc2/CDC28 genes 26—28
CDK-activating kinase 28
CDK-cyclin inhibitors 28 33 260
cDNA 333
cDNA capture/cDNA selection 155
cDNA libraries 333—334
cDNA synthesis 333
Cell cycle bacterial 21—23
Cell cycle eukaryotes 23—34
Cell division, bacteria 22—23
| Central dogma 111t
Centromere 60—61
CEPH families 150
CHARACTER 1 2
Checkpoints (of cell cycle) 24
Chemical cleavage of mismatch 337
Chi 372
Chiasmata 374
Chimera 54 364
Chloroplast DNA, properties of 266
Chromatid 57
Chromatin 35—42
Chromatin remodeling 33 40
Chromatin, diminution 77
Chromatin, domains 40—42
Chromatin, open and repressed 40
Chromatin, role in gene regulation 39—42
Chromatin, structure 35—39
Chromomeres 59 60
Chromosome banding 57—59t
Chromosome breakpoints 49
Chromosome deletions 50
Chromosome derivatives 49—50
Chromosome duplications 50
Chromosome imbalance (aneuploidy) 45 47—49 202
Chromosome jumping 335
Chromosome landing 336
Chromosome mutation 45—55 201
Chromosome mutation, balanced 45 51—52
Chromosome mutation, constitutional 45—54
Chromosome mutation, numerical 45—49 201—203
Chromosome mutation, somatic 45 54—55 253—258
Chromosome mutation, structural 49—55 201—203
Chromosome mutation, unbalanced 45—51
Chromosome number 134
Chromosome painting 156
Chromosome puffs 59
Chromosome theory of inheritance 57
Chromosome walk 153 335
Chromosomes 57—64
Chromosomes, classification/nomenclature 62—64bx
Chromosomes, metaphase 39
Chromosomes, molecular structure 60—64
Chromosomes, morphology 57—60
Circular dichroism 307
Circular permutation 472
cis-acting elements 113 452
cis-dominance 110 113
cis-trans test 104 109—110bx
Cistron 104—106
Class switching 381—382
Classical genetic analysis 213—215
Clastogen 53
Clone contig map 152—153
Cloning vectors 323 327—329t
Coding region 107
Codominance 7
Codon 127
Codon assignment 130
Codon family 129
Codon usage/choice/bias/preference 130
Cofactor 292
Coiled coil 291
Coiling in snails 67f
Cointegrate 172
ColE1 replicon 276—277
Colony blot 358—359
Comparative genomics 156
Competence for natural transformation 120
Competence, artificially induced 330
Complementary base pairs 226
Complementation analysis 104 109—110bx
Complementation group 110
Complementation map 110
Complex mutation 202
Complexity, genomes 135
Compound chromosome 52
Concatemer 472
Concerted evolution 300
Conditional mutants 210 214
Conduction (cis-mobilization) of DNA 119
Conjugation 117—119
Conservative mutation 204
Constitutive mutation 210
Context-dependent regulation 456
Contiguous gene syndromes 50
Continuous character 11
Controlling elements 178
Cooperative binding 295
Cooperative transposition 174
cop mutant 272 274—275
Cosmid 327—329
Cosuppression 114
Cot analysis 157—159bx
Cotransational frameshifting (recoding) 319
Cotranscriptional regulation 456 458
Counterselection 214 330—331 351—352
CpG islands 95 155
Cre-loxP system 353 386
CREB 441
Creutzfeldt — Jakob disease 480—481
cRNA {complementary RNA) 359
Cross-feeding 110
Cross-talk 439
Cryptic plasmids 271 272
Cryptic satellite DNA 142
Cryptic splice site 416 420
Curing 272
Cyclic nucleotides as second messengers 434—436
Cyclic nucleotides, structure 225 226f
Cyclin-dependent kinases 26—28
Cyclins 26—27
Cytogenetic maps 146
Cytokine receptors 428—429
Cytokines 425—426
Cytoplasmic determinants 67
Cytoplasmic inheritance 263 268—269
Cytotype 175 265
D-gene segments 387
D-loop (displacement loop) 232
D-loop (part of transfer RNA) 321
Dam methylation 94
Dcm methylation 94
Deamination 185—186t
Deamination of 5-methylcytosine 94 185 211
Death domain 33—34 431
Degeneracy, genetic code 129
Deletion loop 50
Densely methylated island 404
Determination 71
Development 65—92
Development, cell-cell interactions in 68
Development, early Xenopus laevis 80—82bx
Development, gene regulation in 65—66
Development, genomic equivalence in 65—66
Development, genomic nonequivalence 77bx 219
Development, mosaic 68—69
Development, regulative 68—69
Development, role of environment 75
Developmental noise 17—18bx
Diacylglycerol 436
Dictyostelium discoideum, life cycle 79—80bx
Difference cloning 336
Differential display 283
Differentiation 65
Differentiation, maintenance 71—72
Differentiation, simple models 66—67 78—80bx
Digoxigenin system 360
Dihybrid cross 8—9f
Direct reversal repair 187—190
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