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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
S (synthesis)      83
Saccharomyces cerevisiae      482
Saccharomyces cerevisiae centromeric chromatin of      246—247
Saccharomyces cerevisiae complete sequence of genome      400—401
Saccharomyces cerevisiae DNA molecules of      228
Saccharomyces cerevisiae life cycle of      152
Saccharomyces cerevisiae mating-type interconversion in      484
Saccharomyces cerevisiae petite mutants of      610
Saccharomyces cerevisiae topoisomerase II from      225 226
Saccharomyces cerevisiae wobble rules for      447
Sager, Ruth      608
Salmon, growth hormone engineered giant      382—383
Salmonella typhimurium      386 586
Sampling, random      658
Sanchez, Carmen      467
Satellite DNA      235
SBEI (starch-branching enzyme I)      65 246
Scaffold      233
Schierenberg, E.      521
Schizophrenia      730
Schnieke, Anagelika E.      380
Scottish Finn Dorset ewe ("Dolly"), cloning of      380
Scrapie      724
Second meiotic division      89 94—95
Second-division segregation      156 157
Segment      532
Segment-polarity genes      533—534 538—540
Segmentation genes      532—534
Segregation adjacent-1      289 291 295
Segregation adjacent-2      290 291 295
Segregation alternative      291 292 295
Segregation first-division      155 157
Segregation in pedigrees      51—54
Segregation Mendelian      67 94 96
Segregation mutation      523—524
Segregation of two or more genes      42—48
Segregation principle of      38 40
Segregation second-division      156 157
Segregational petites      610—612
Selected marker      319
Selection artificial      683—687
Selection coefficient      653
Selection correlated response to      687
Selection individual      684
Selection limit      686
Selection natural      24 650 652—658
Selection phenotypic change with      684—686
Selection-mutation balance      655—656
Selective medium      312
Selective serotonin reuptake inhibitors      733
Selectively neutral mutations      650
Self-fertilization      32 39 42 61 62 645—646
Self-splicing      427
Self-sterility      61
Selfish DNA      246
Semeonoff, Robert      641
Semiconservative replication      183—186
Semisterility      288—293
Senile dementia      730
Sensory adaptation      713—714
Sensory perceptions      713 729—730
Sepals      545
Sequence-tagged sites (STS)      395—397
Sequoia sempervirens      604
Serine proteases      537
Serine, chemical structure of      413
Serotonin      732—733
Serotonin transporter polymorphism      733—734
Sex chromosomes      96—97 274—277
Sex chromosomes abnormalities in      278—280
Sex limited inheritance      101
Sex, chromosomal determination of      97 99 106—107
Sex-chromatin body      276
Sex-determining region Y (SRY)      270 274—275
Sex-lethal (Sxl) gene      105
Sex-linked inheritance      see “X-linked inheritance”
Shuttle vector      392
Sib ship      49
Siblings (sibs)      51
Siblings (sibs) covariance and      690
Sickle-cell anemia      17—18 388 558
Sickle-cell hemoglobin      17—18 657
Significant, statistically      111
Silent mutations      444 557
Silent substitutions      557
Silkworm, silk fibroin mRNA in      503
Simple tandem repeat polymorphism (STRP)      150 372—373 558—559 565 576—577 631 692—695
Single-active-X principle      275
Single-copy sequence      239 240
Single-strand binding proteins      198 199
Single-strand break model, asymmetrical      590 591
Single-stranded DNA      10 222
Sister chromatids      85 86
Site-directed mutagenesis, oligonucleotide      374—376
Site-specific DNA cleavage      202—205
Site-specific recombination      330
Sleep cycle      723
Snail-shell coiling, maternal effect in      617—618
Snake gene      537
Somatic cells, chromosomes of      82
Somatic mosaics      160
Somatic mutations      556
SOS repair      582
Southern blot      206—207 228 631
Specialized transducing bacteriophages      325 345—346
Specific nonchemotaxis      706 707
Spermatocytes      88
Spina bifida      691
Splice acceptor      425
Splice donor      425
Spliceosomes      426
Splicing alternative      501—503
Splicing in origin of T-cell receptors      487
Splicing RNA      425—426 427
Spongiform encephalopathy      723
Spongiform encephalopathy bovine      724
Spontaneous abortion, chromosome abnormalities and      280—281
Spontaneous mutations      557 561—566
Spores      89 158
Spores ascospores      150 151 154 156
Sporophyte      89
SRY (sex-determining region, Y)      270 274—275
Stahl, Franklin      183 184
Stamens      545
Standard deviation      673 674—675
Staphylococcus aureus      230
Starch-branching enzyme I (SBEI)      65 246
Statistically significant      111
Sterility cytoplasmic male      612—613
Sterility genetic engineering and      382 383—384
Sterility self-sterility      61
Sterility semisterility      288—293
Stern, Curt      134 158 159
Steroids      493—494
Sticky ends      204 361
Sticky ends identical      366
Stop codons      436 437
Strand, Micheline      579
Strathern, Jeffrey N.      484
Streisinger, George      332
Streptococcus pneumoniae      3 4 312
Streptomycin      312 119 608
Streptomycin resistance      609—610
Strongylocentrotus purpuratus      517
STRP (simple tandem repeat polymorphism)      150 372—373 388 558—559 565 576—577 631 692—695
Sturtevant, Alfred H.      127 111
Sublineages      522
Submetacentric      260 261
Subpopulations      628
Subunits, protein      414—415
Sulston, John E.      521
Supercoiling      224—225
Suppression, nonsense      447—449 585
Suppressor mutations      583—586
Suppressor tRNA      585
Supreme law of unreason      674
Symbionts, cytoplasmic transmission in      614—616
Symbiosis      613
Synapsis      92 286 288
Syncytial blastoderm      529
Synteny group      398—400
Synthetic vaccines      387
T (transposable) DNA, in plant transformation      381—382
T cell      487
T-cell receptors, gene splicing in origin of      487
Tandem duplication      283
Taq polymerase      208
Taster      713 729
TATA box      420—421
TATA-box-binding protein (TBP)      495
Tatum, Edward L.      322 415 420
TBP-associated factors (TAFs)      495
Telomerase      248 258
Telomere structure in      248—252
Telomeres, structure of      247—252
Telophase      85 86 87
Telophase I      89 94
Telophase II      95
Temperate phage      329 340—346
Temperature-sensitive mutations      556
template      10 191
Template strand      421 424
Terminal genes      536
Terminal redundancy      335
Termination      421—422 431 436
Testcross      41
Testcross dihybrid      45
Testis-determining factor (TDF)      274—275
Tetrad analysis      150—158
Tetrads      93 150—158
Tetrads ordered      154—158
Tetrads unordered      150—154
Tetrahymena      391 392
Tetrahymena regulation in      480
Tetrahymena splicing in      427
Tetraploidy      261 262
Tetratype      150
Thermophiles      208
Thermus aquaticus      208
Theta (q) replication      187
Thomson, J.N.      521
Three-point      141—146
Three-point cross      141
Three-point testcross, gene mapping from      141—146
Threonine, chemical structure of      413
Threshold      671
Threshold traits      671
Threshold traits heritability of      690—692
Thrum      633
Thymidine triphosphate      568
Thymine      9 174 175 177 180
Thymine dimer      571
Ti plasmid      381 382
Tim (timeless) genes      721—723
Time-of-entry mapping      319—324
Tolerance      70
Topoisomerase enzymes      187 198 199 225 226
Topoisomerase enzymes topoisomerase I      225
Topoisomerase enzymes topoisomerase II      225 226
Torso gene      536—537
Total variance      678
Traits continuous      671
Traits defined      2
Traits discrete      68
Traits distribution of      671—675
Traits genes and      16—22
Traits meristic      671 677
Traits multifactorial      670
Traits quantitative      see “Quantitative traits”
Traits threshold      671 690—692
Traits variation in      2
Trans configuration      126 127
Trans-heterozygote      161 162
Transcnptional activator      462 491—493
Transcnptional enhancers      494—499
Transcnptional regulation in eukaryotes      488—501
Transcnptional regulation in prokaryotes      460—462
Transcnptional regulation operon model of      465—467
Transcription      12—14 412 418—424
Transducing phage      325 345—346
Transducing phage generalized      325
Transducing phage specialized      325 345—346
Transduction      308 325—328
Transfer RNA (tRNA)      13 431 444—445
Transfer RNA (tRNA) charged      431
Transfer RNA (tRNA) suppressor      585
Transfer RNA (tRNA) translation and      14—15
Transfer RNA (tRNA) uncharged      434 435
Transformation      3—6 308 365 375
Transformation bacterial.      312—314
Transformation germ-line, in animals      377—380
Transformation mutation      522—523
Transgenic animals      378
Transition mutation      557
Translation      412 430—438
Translation of RNA      14—15
Translation units      450—451
Translational control      503—504
Translocation      274 288—296 434
Translocation reciprocal      288—293
Translocation Robertsonian      293—296
Transmembrane receptor      514
Transmission, principles of genetic      31—79
Transmission, principles of genetic dominance, complications in concept of      64—72
Transmission, principles of genetic genetic analysis      54—61
Transmission, principles of genetic Mendelian inheritance and probability      48—51 600 628
Transmission, principles of genetic modified dihybrid ratio caused by epistasis      61—64
Transmission, principles of genetic monohybrid crosses      32—41
Transmission, principles of genetic segregation in human pedigrees      51—54
Transmission, principles of genetic segregation of two or more genes      42—48
Transposable elements      242—246 346—350
Transposable elements P elements      377
Transposable-element mutagenesis      559—561
Transposase      246 347
Transposition      243 346—347
Transposon tagging      349 350 365—366
Transposons      347 349—350
Transversion mutation      557
Tribolium      682
Trihybrid cross      46
Trinucleotide repeat      279—280
Triplet code, genetic evidence for      439—442
Triplication      283
Triploidy      263
Trisomy      267 268
Trisomy in human beings      274
Trisomy-X syndrome      278
Triturus      422
Trivalent      267 268
tRNA      see “Transfer RNA (tRNA)”
True-breeding      32
Truncation point      684
Tryptophan (trp) operon      471—476
Tryptophan, chemical structure of      413
Ttranscript      13
Tumbling      707—708 712
Tumor therapy, ionizing radiation and      575
Tumor-suppressor genes      298—299
Turner syndrome      279
Turpin, Raymond      271
1 2 3 4 5 6 7 8
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