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Hartl D.L., Jones E.W. — Genetics: Principles and Analysis
Hartl D.L., Jones E.W. — Genetics: Principles and Analysis



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Íàçâàíèå: Genetics: Principles and Analysis

Àâòîðû: 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: en

Ðóáðèêà: Áèîëîãèÿ/

Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö

ed2k: ed2k stats

Èçäàíèå: 4-th

Ãîä èçäàíèÿ: 1998

Êîëè÷åñòâî ñòðàíèö: 840

Äîáàâëåíà â êàòàëîã: 14.06.2007

Îïåðàöèè: Ïîëîæèòü íà ïîëêó | Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
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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 $G_1$ (growth-1) period      81
Genotype $G_2$ (growth-2) period      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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