Mobile genetic elements / edited by James A. Shapiro.

Date:
1983
Catalogue details

Licence: Attribution-NonCommercial 4.0 International (CC BY-NC 4.0)

Credit: Mobile genetic elements / edited by James A. Shapiro. Source: Wellcome Collection.

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    670 Index Bacteriophage Mu (cont'd) viral DNA encapsidation, 121-122 physical map, 115 variable ends, 109, 121 X mutants, 127 excision, 137-139 Bacteriophage фХ174, cisA function, 269 Bacteriophage PI С region, 118, 541-542 generalized transduction, 194 homologies with bacteriophage Mu, 118, 119 host range, 118, 201 IS insertions, 165, 188 is; present, 160, 163, 170, 194 role in specialized transduction, 194-196 Pl-5 derivative, 163, 169, 199 prophage plasmid, 169 Salmonella phase variation homologies, 543-544 site-specific recombination ein, 190, 194, 195, 545, 546, 548 lox, 190, 194, 195, 548 specialized transduction, 194 Bacteriophage P2, 88, 89-90 eis action of A product, 269 control of integrase expression, 90 double lysogens, 90 eduction, 90 secondary attachment sites, 90 Bacteriophage P22, 88, 89, 99 generalized transduction, 194 Tni deletion specificity, 229 С Caenorhabditis elegans, 613 Chi sequence at T-DNA border in nopaline crown-gall tumor, 519 IS70 recombination in Tn/0, 292 Citrobacter freundii infection by bacteriophage Mu, 118 IS content, 171 copia, see Drosophila melangoaster, transposable elements Crown-gall tumor, see Agrobacterium Cyclic AMP, 69 D Dauermodification, 393 Deletions, hot-spots, 182; see also specific elements, chromosome or DNA rearrangements Dicotyledenous-plant tumors, see Agrobacterium Dihydrofolate reductase, gene duplication, 519 Deoxyribonuclease 1, probe of chromatin structure, 583 DNA amplification, drug selection, 519 DNA binding proteins, action in eis, 269 DNA superhelicity, effect on transcription and specific recombination events, 323 Drosophila, DNA amplification in development, 519 Drosophila ananassae, hybrid dysgenesis system, 402 Drosophila hydei, absence of 412 and copia elements, 355 Drosophila melanogaster 459 mutant, 393 chromosomes breakage in hybrid dysgenesis, 368 constant positions of non-repetitive sequences, 331 heterochromatin, 342 MR, compared to P-M hybrid dysgenesis system, 350 pairing required for WDZL domance, 347 polytene, in situ hybridization, 330-331 rearrangements in hybrid dysgenesis, 380 rearrangements stimulated by 347 site-specific instabilities, 402 spatial organization in hybrid dysgenesis, 392 8 element, 393 dispersed repetitive DNA, 329-361; see also D. melanogaster, transposable elements abundance, 352 compared in different Drosophila species, 355 evolution, 355-356 polymoфhisms in chromosmal distribution, 331 presence in other repetitive DNA, 335-336 ribosomal sequence insertions, 353-354 scrambled clustered arrays, 354-355