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Hartl D.L., Jones E.W. — Genetics: Principles and Analysis
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Íàçâàíèå: Genetics: Principles and AnalysisÀâòîðû: Hartl D.L., Jones E.W. Àííîòàöèÿ: In recent decades, few disciplines have experienced the explosion of knowledge and research that genetics has. Inspired in part by controversies and the publicity that this new information generates, many of today's students come to a course in genetics with great enthusiasm. Sustaining this enthusiasm while at the same time teaching students about the beauty, logical clarity, and unity of the subject can be a challenge for any teacher. In the fourth edition of Genetics: Principles and Analysis, Dan Hartl and Beth Jones have written a text that will provide you and your students with a clear, comprehensive, rigorous, and balanced introduction to genetics at the college level. It is a guide to learning a critically important and sometimes difficult subject. But the tools for learning extend beyond the confines of the textbook. Your students will have the opportunity to become active participants in the learning process by making full use of today's teaching and learning technology. Developed as an integrated and unified program, no other textbook will engage your students and connect them to the subject of genetics like Hartl/Jones!
ßçûê: Ðóáðèêà: Áèîëîãèÿ /Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö ed2k: ed2k stats Èçäàíèå: 4-thÃîä èçäàíèÿ: 1998Êîëè÷åñòâî ñòðàíèö: 840Äîáàâëåíà â êàòàëîã: 14.06.2007Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
Ïðåäìåòíûé óêàçàòåëü
Genetic mapping transformation and 312—314 Genetic markers 129—130 131 144 145 693 Genetic markers DNA polymorphisms as 148—150 Genetic prediction binomial distribution and 106—109 Genetic prediction chi-square method and 109—114 Genetic recombination see “Recombination” Genetics bacteriophage 328—340 Genetics defined 2 Genetics evolution and 22 649—650 Genetics history of 2 32 Genetics Mendelian 32 Genetics population see “Population genetics” Genetics reverse 377—382 386 Genetics terminology of 40—41 Genome equivalents 389—390 Genome size 388—390 Genome size analysis by renaturation of 238—239 Genome size evolutionary complexity and 222—224 Genomes 222 Genomes complex, analysis of 388—400 Genomes eukaryotic 235—242 Genomes human 223—224 395—397 Genomes zygote 518 Genotype 40 Genotype 81 Genotype 81 Genotype chi-square as measure of 109—114 Genotype genotype frequency 628—632 Genotype genotype-environment association (G-E association) 680 Genotype genotype-environment interaction (G-E interaction) 678—680 726—727 Genotype genotypic variance 675 676—677 678 Genotype germ cells 82 Genotype germ-line mutations 556 Genotype germ-line transformation 377—380 Genotype Gerstmann-Straussler disease (GSD) 723 Genotype Giemsa 269 Genotype glucose-6-phosphate dehydrogenase (G6PD) 20 Genotype glutamic acid, chemical structure of 413 Genotype glutamine, chemical structure of 411 Genotype glycine, chemical structure of 413 Genotype glyphosate 386 Genotype goodness of fit 109 Genotype schizophrenia and 730 Gramineae 398—400 Grass family, genome evolution in 398—400 Greider, Carol W. 249 Growth hormone, genetic engineering with 382—383 Guanine 9 174 175 177 180 Guano sine triphosphate (GTP) 418 Guide RNA 248 Guthrie, Woody 53 H airy gene 538 539 H2A 229 230 H2B 229 230 H3 229 230 H4 229 230 Haldane’s mapping function 145 Haploid 83 88 Haploid chromosomes 262 Hardy — Weinberg principle 634—639 646 Hardy, Godfrey H. 634 636 Heavy (H) chain 483 485 Helicase proteins 198 199 Helix-turn-helix 492 Hemoglobin 15 Hemoglobin fetal 499 Hemoglobin sickle-cell 17—18 657 Hemoglobin subunits of 414—415 Hemophilia A 101 102 Hepatitis B 388 Herbicides 386 Hereditary determinants, Mendel’s genetic hypothesis of 36—39 Hereditary nonpolyposis colon cancer 401 Heredity, chromosomes and 96—106 Heritability boroad-sense 682 683 685—686 731—732 734 Heritability cultural 734 Heritability narrow-sense 684—686 689—690 691 692 726 Heritability of threshold traits 690—692 Hershey, Alfred 6—9 329 Herskowitz, Ira 484 Heterochromatin 145—146 234 240—241 296—297 Heterochronic mutations 525—526 Heteroduplex region 587 588 Heterogametic 97 Heteroplasmy 602—603 Heterosis 687 Heterozygote superiority 656—658 Heterozygotes, frequency of 637—638 Heterozygous 40—41 Hexaploidy 261 262 Hfr (high frequency of recombination) cells 317—319 HI 229 230 Hicks, James B. 484 High-F disease 499 Highly repetitive sequences 239 240—241 Highly significant 111 Hip, dislocation of 691 Histidine, chemical structure of 413 Histones 229—230 HIV (human immunodeficiency virus) 208 388 Holliday junction-resolving enzyme 590 Holliday model of recombination 138 139 587—590 Holliday structure 588—589 Holliday, Robin 138 Holocentric chromosomes 246 Homeobox 543 Homeotic genes 539 540—543 Homeotic mutation 523 Homogametic 97 Homologous chromosomes 87 88 Homologous chromosomes chromatid exchange in 93 Homothallism 482 Homozygous 40—41 Hoogstein base pairing 250—251 Hormonal regulation 493—494 Hormones 493 Hot spots of mutation 339 565—566 Housekeeping genes 488 Human behavior, genetics of 727—734 Human beings chromosomes of 269—281 Human beings genome of 223—224 395—397 Human beings pedigree analysis in 51—54 146—150 Human beings sex determination in 106—107 Human beings trisomy in 274 Human blood groups see “Blood groups” Human genetic map 693 Human genome 223—224 395—397 Human genome project 392 Human immunodeficiency virus (HIV) 208 388 Hunchback 536 538 539 Huntington disease 52—53 388 Hybrid vigor 687 Hybridization in situ 234—235 240 Hybridization nucleic acid 200—202 Hybrids 32—33 263—266 383 Hybrids traits present in progeny of 35—36 Hydrocephalus 691 Hypospadias 691 Identical twins 682—683 Identity by descent, allelic 646—647 Imaginal disks 540 Immune system 487 Immunity 344—345 Immunoglobulin 483 Immunoglobulin G (IgG) 483—484 485 Imprinting 280 518 In situ hybridization 234—235 240 In vitro experiments 191 Inborn error of metabolism 12 729 730 Inbreeding 54 634 645—649 Inbreeding coefficient 646 Inbreeding coefficient calculation from pedigrees 647—649 Inbreeding depression 687 Inbreeding effects of 649 Incomplete dominance 67—68 Incomplete penetrance 71—72 Independent assortment, principle of 42—45 46 94 96 124 Independent events 49—51 Individual selection 684 Induced mutations 557 566—577 Inducers 461 Inducible 461 Inducible transcription 463—464 Industrial wastes, genetic engineering and 385 Influenza virus 388 Inheritance cultural 734 Inheritance cytoplasmic see “Extranuclear inheritance” Inheritance extranuclear see “Extranuclear inheritance” Inheritance maternal 601 603—604 Inheritance Mendelian 48—51 600 628 Inheritance paternal 601 Inheritance quantitative 670—675 Inheritance sex limited 101 Inheritance X-linked 97—103 Initiation 187 421 431—433 Initiation factors 432 Initiation RNA primer and 195—196 Insecticides 386 563 Insertion sequences 347 Instar 529 Insulin 385 Integrase 343 Integrated 314 Intercalation 571 Interference chromatid 141 Interference chromosome 143—144 Intergenic suppression 583 585 Interphase 83 85 Interrupted-mating technique 319 320 Intervening sequences 425 see “Introns” Intragenic suppression 583—585 Introns 369 400—401 425—430 Introns evolutionary origin 430 inversion 286—288 Inversion loop 287 288 289 Inverted repeats 243 Ionizing radiation, mutagenicity of 572—575 Irreversible mutation 650—651 IS (insertion sequence) elements 347 Isoleucine, chemical structure of 413 J (joining) region 485—487 Jeffreys, Alec J. 641 Jukes study 727—728 Just-so stories, evolutionary 24 Kallikak study 727 Kappa particles 614 Karyotype 269 270 272 273 Killer phenomenon 614 Kilobase pairs (kb) 222 Kind, Alex J. 380 Kinetochore 86 246 Kinetosomes 619 Klinefelter syndrome 279 Kosambi's mapping function 145 Kryppel 538 539 Kuru 724 Laboratory rats, learning ability in 724—727 Lac mutants 462—463 Lac operon 462—463 466—471 Lac operon operon model and 465—467 Lac operon positive regulation of 468—471 Lactose metabolism 462—471 Lactose permease 462 Lagging strand 195 Lariat structure 426 Lateral inhibition 514 Leader 424 Leader polypeptide 473 Leading strand 195 Leaf variegation in four-o'clock plants 606—609 Learning ability, in laboratory rats 724—727 Lederberg, Esther 561 Lederberg, Joshua 314 322 561 Lejeune, Jerome 271 Leptotene 92 LET-23 receptor 528—529 Leucine, chemical structure of 413 Leukemias 297—298 299 Lewis, Edward B. 61 529 Liability 671 690—692 Liability narrow-sense heritability of 691 692 Library of clones 372 Ligand 528 Light (L) chain 483 485 Limnaea peregra 617—618 Lin-12 developmental-control gene 526—529 Lin-3 gene 527—528 Lin-3 gene product (LIN-3) 528—529 Lineage diagram 519—520 Lineages 519—529 Lineages mutations and 522—526 Linkage 124 Linkage analysis of quantitative-trait loci 692—695 Linkage group 132 Linkage map 127 Linkage recombination and 124—127 Linker DNA 230 Liskay, R. Michael 579 Local population 628 Localized centromere 246—247 Locomotor activity 714—716 Locus 132 Loss-of-function mutation 526 542 Lost allele 629 Luria, Salvador 8 Lyon, Mary 275 276 Lysine 229 413 Lysis 330—331 Lysogen 341 Lysogenic cycle 329 Lysogeny 340—345 477—479 Lytic cycle 329—330 340 477—479 M (mitosis) 83 MacLeod, Colin 4 Mad cow disease 724 Maize see “Corn” Major groove 179 Malaria 17—18 657 Mammalian circadian rhythm 723 Map distance 144 145—146 Map unit 128—129 130 Map-based cloning see “Positional cloning” Mapping function 144—145 Marchantia polymorpha 605 Margulis, Lynn 619 Masked mRNA 503 Mass extinction 24 Maternal effect 603—604 Maternal effect in snail shell coiling 617—618 Maternal inheritance 601 603—604 Maternal sex ratio 616 Maternal-effect genes 532 Mating see “Conjugation” Mating systems 632—639 Mating systems Hardy-Weinberg principle and 634—639 Mating type, yeast 490—491 Mating-type interconversion 481—482 483 484 Maze-learning ability 724—727 McCarty, Maclyn 4 McClintock, Barbara 220 242—243 245
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