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Twyman R.M. — Advanced Molecular Biology: A Concise Reference

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Название: Advanced Molecular Biology: A Concise Reference

Автор: Twyman R.M.

Аннотация:

Advanced Molecular Biology - A Concise Reference provides in-depth coverage of 30 essential topics in molecular biology with particular focus on genetic information and its expression. The book emphasizes unifying principles and mechanisms, with comprehensive use of tables and boxes to summarize experimental data, gene and protein functions. Advanced Molecular Biology - A Concise Reference is written for upper level undergraduates, postgraduates and academics with an interest in molecular biology who need a convenient entry into the field.

Язык:

Рубрика: Биология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1998

Количество страниц: 499

Добавлена в каталог: 23.03.2007

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

Silencers      377 454 452
Silent mutation      204
Simple sequence DNA      142
Simple sequence length polymorphisms      150 211
SINEs      96 142 144
Single stranded (DNA) binding protein      295 399
Single stranded DNA viruses      473—474
SIR proteins      377 454
Sister chromatid exchange      54 376
Site-directed mutagenesis      346—347f
Site-specific recombination      370 378—379 385—386
Site-specific recombination in transgenic organisms      353
Slow transforming retroviruses      258
SMAD family      431
Small nuclear RNA (snRNA)      224
Small nuclear RNA (snRNA), role in splicing      415—416
Somatic cell hybrids      152
Somatic hypermutation      219—220
Somatic mutation      201 253—258
Somatic recombination      379
Sonic hedgehog      91—92 138
SOS mutagenesis      197—198
SOS response      197
SOS response, induction of bacteriophage      198—199
Southern blot/hybridization      357—358
Southwestern screen      249—250 358
Specification autonomous      68f
Specification conditional      68f
Specification in development      71
Spheroplasts      361
Spliced leader RNA      420
Spliceosome      415—416
Splicing factors      416
Sporulation in Bacillus subtilis      78—79bx
Squelching      453
SR proteins      416
SRY      75
SSCP analysis      37
start      25 28—29
stats      429 442
Stem cell      72
Stem-loop      230—231
Steroid receptors      431
Stop codon      127
Strand slipping      (see “Replication slipping”)
Stringency      357
Stringent control, stringent plasmids      272 277
Substitution fidelity      183—184
Subtractive hybridization      336
Subviral agents      467 477—481
Suicide enzyme      190
Supercoiling      232 233—234bx
Superfamilies      297
Suppression      10t 220—22lbx
SV40      472
Svedberg units      320
Switch regions      382
Synonymous mutation      204
Synteny      374
T-cell receptor genes      386—387
T-cell receptors      386—387
T-vector      283
Target site duplication      167f
Targeted mutation by homologous recombination      352
Targeted mutation, spontaneous      185
Targeting vectors      351—352 360
Tat-Tar      421 485
TATA box      448
TATA-binding protein (TBP)      242 447
Tautomeric shifts      184
Tautomers      184 223
TBP-assoriated factors (TAFs)      242 449
Telomerase      61—62f
Telomeres      61—62 405
Temperate phage      468
Terminal deoxynucelotidyl, transferase      324 408
Terminal redundancy      472
Termination codon      127
Tetrad analysis      160
TFIID      449
TFIIH      193 449
Thallasemias      216—217
Thermal melting profile of DNA      357
Threshold character      11
Ti plasmid      273 349 362—363
Ti vectors      362—363
Tn3 resolvase      386
Topoisomerase      397 398t
TP53 gene      (see “p53”)
Trans-acting factors      113 452
Trans-sensing      7 114
Trans-splicing      266—268 420
Transcribed spacer sequences      106—107
Transcript analysis      338—339t
Transcription      443
Transcription factors, activation by signaling proteins      440—441 455—456
Transcription factors, activation domains      464—465bx
Transcription factors, combinatorial activity      456
Transcription factors, constitutive      448
Transcription factors, dimerization domains      244
Transcription factors, DNA-binding domains      237—243
Transcription factors, examples and binding sites      459t
Transcription factors, mechanism of action      451—455
Transcription factors, regulation of activity      455-456
Transcription unit      106
Transcription, initiation in bacteria      445—447
Transcription, initiation in eukaryotes      447—450
Transcription, principles      444—445
Transcription-coupled repair      192—194
Transcriptional arrest      458
Transcriptional elongation, regulation of      458—459
Transcriptional initiation, bacteria      445—447
Transcriptional initiation, RNA polymerase I      448

Transcriptional initiation, RNA polymerase II      448—449
Transcriptional initiation, RNA polymerase III      450
Transcriptional map      155
Transcriptional regulation, $\beta$ -globin gene      462—463bx
Transcriptional regulation, bacteria      456—458
Transcriptional regulation, eukaryotes      458—459
Transcriptional regulation, lac operon      463—464bx
Transcriptional termination      460
Transduction      120—123
Transduction, generalized      120 122
Transduction, specialized      122—123
Transfection of bacteria      118
Transfection of eukaryoric cells      348 349t 361
Transfer RNA (tRNA)      224 314—315
Transfer RNA (tRNA), adaptor role in protein synthesis      314—315
Transfer RNA (tRNA), charging      127—129 315
Transfer RNA (tRNA), processing      411—412
Transfer RNA (tRNA), structure      314—315 321-322bx
Transfer RNA introns      418
Transformation of bacteria, natural      118 119—120
Transformation, artificial of E. coli      330
Transforming growth factor- $\beta$ superfamily      430—431
Transgenesis      348—353
Transgenesis, inducible transgene activity      353
Transgenesis, random integration of DNA      350—352
Transgenesis, site specific recombination systems      353
Transgenic animals and plants      348—349
Transition      202
Translation      127—129
Translation, regulation      (see “Protein synthesis”)
Translesion synthesis      198 394—395
Translocation in protein synthesis      318
Translocation, chromosome mutation      51—53f
Translocation, reciprocal      52—53f
Transmissible spongiform encephalopathy      479—481
Transplacement      350—35lf
Transposable elements      165
Transposable elements, class I      (see “Retroelements”)
Transposable elements, class II      (see “Transposons”)
Transposable elements, classification      175—182
Transposable elements, uses      175 176t
Transposase      165
Transposition      165 370
Transposition, aberrant      174
Transposition, consequences of      172—175
Transposition, conservative and replicative      167—169
Transposition, mechanisms      166—170
Transposition, regulation      170—172
Transposon tagging      176 344
Transposons      175—180
Transvection      114
Transversion      202
Triple helix      231
Triple helix therapy      365—366
Triplet      127
Triplet repeat syndromes      218bx
Tumor suppressor genes      253 258—260t
Tumor viruses      469
Turner’s syndrome      48
Two hybrid system      305 345
Ubiquitin, in protein degradation      310
Unassigned reading frame      127
Unequal crossover      207
Unequal exchange      207 208f
Unequal sister chromatid exchange      207
Unique sequence DNA      133 136
Unstable mutant alleles      172
Untranslated region      106
UV-induced DNA lesions      185—190
UvrABC nuclease      185—190
V(D)J recombination      380
V-gene segments      387
Variation, phenotypic      1 2
Variegation      54
Vectorette PCR      284
Very short patch mismatch repair      196—198
Viral oncogenes      254 256t
Virion      467
Viroids      273 478
virus      467
Viruses as gene transfer vectors      349
Viruses, infection strategy      468—469
Viruses, regulation of gene expression      475—477
Viruses, replication strategy      469—475
Virusoid      479
VNTR sequences      142 150
Vulval specification, Caenorhabditis elegans      85—86bx
Wee mutants      26
Western blot      307
Whole genome duplication      299—300
Wild type      201
Winged helix      239
Wingless      87—89bx
Wnt signaling proteins, Drosophila Wingless      87—89bx
Wnt signaling proteins, in vertebrate limb development      91—92bx
Wobble hypothesis, wobble rules      129 227
X-chromosome inactivation      5 100—101
X-inactivation center      100
X-linked inheritance      4—5f 15—16bx
X-ray crystallography      307—308
Xeroderma pigmentosum      189
XIST gene      99—101
Y-linked inheritance      5 15—16bx
YAC transgenic mice      351—352
Yeast artificial chromosome (YAC)      153 327—329 361
Yeast cloning vectors      360-36lbx
Z-DNA      229 230f
Zinc binuclear cluster      241
Zinc finger, $\mathrm{Cys_2-His_2}$       239—240f
Zinc finger, DNA recognition code      248—249t
Zinc finger, multicysteine      240—241
Zoo blot      155 358
Zygotic genes, Drosophila      83—85

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