Principles of genetics:
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Dubuque, Iowa
WCB
1996
|
| Ausgabe: | 5. ed. |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XVII, 683 S. Ill., graph. Darst. |
| ISBN: | 0697218899 |
Internformat
MARC
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| 245 | 1 | 0 | |a Principles of genetics |c Robert H. Tamarin |
| 250 | |a 5. ed. | ||
| 264 | 1 | |a Dubuque, Iowa |b WCB |c 1996 | |
| 300 | |a XVII, 683 S. |b Ill., graph. Darst. | ||
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Datensatz im Suchindex
| _version_ | 1804126076648030209 |
|---|---|
| adam_text | IMAGE 1
CONTENTS
PREFACE XIII
GENETICS AND THE
SCIENTIFIC METHOD INTRODUCTION 2 A BRIEF OVERVIEW OF THE MODERN HISTORY
OF GENETICS 3
BEFORE I860 3 1860-1900 3 1900-1944 3 1944-PRESENT 4 THE THREE GENERAL
AREAS OF GENETICS 4
HOW DO WE KNOW? 5 BOX 1.1 THE LYSENKO AFFAIR 6 WHY FRUIT FLIES AND COLON
BACTERIA? 8 TECHNIQUES OF STUDY 9
CLASSICAL, MOLECULAR, AND EVOLUTIONARY GENETICS 9 CLASSICAL GENETICS 9
MOLECULAR GENETICS 10 EVOLUTIONARY GENETICS 13 SUMMARY 14
MENDELISM AND THE
CHROMOSOMAL THEORY 2 MENDEL S PRINCIPLES 16 MENDEL S EXPERIMENTS 17
SEGREGATION 19
RULE OF SEGREGATION 19 TESTING THE RULE OF SEGREGATION 20 DOMINANCE IS
NOT UNIVERSAL 21 NOMENCLATURE 22 MULTIPLE ALLELES 24 INDEPENDENT
ASSORTMENT 25
RULE OF INDEPENDENT ASSORTMENT 26
BOX 2.1 EXCERPTS FROM MENDEL S ORIGINAL PAPER 27 TESTCROSSING
MULTIHYBRIDS 28 GENOTYPIC INTERACTIONS 29 BOX 2.2 DID MENDEL CHEAT? 30
EPISTASIS 32 MECHANISM OF EPISTASIS 34 BIOCHEMICAL GENETICS 35 INBORN
ERRORS OF METABOLISM 35
ONE-GENE-ONE-ENZYME HYPOTHESIS 36 SUMMARY 38 SOLVED PROBLEMS 38
EXERCISES AND PROBLEMS 39
MITOSIS AND MEIOSIS 44 CHROMOSOMES 46 MITOSIS 48 GENETIC CONTROL OF THE
CELL CYCLE 48
THE MITOTIC SPINDLE 50 PROPHASE 51 METAPHASE 52
ANAPHASE 52 TELOPHASE 53 SIGNIFICANCE OF MITOSIS 53 MEIOSIS 55
PROPHASE I 55 METAPHASE I AND ANAPHASE I 56 TELOPHASE I AND PROPHASE II
57 MEIOSIS II 57
SIGNIFICANCE OF MEIOSIS 58 MEIOSIS IN ANIMALS 60 LIFE CYCLES 61
CHROMOSOMAL THEORY OF HEREDITY 62 SUMMARY 63 SOLVED PROBLEMS 63
EXERCISES AND PROBLEMS 64
PROBABILITY AND STATISTICS PROBABILITY 67 TYPES OF PROBABILITIES 67
COMBINING PROBABILITIES 67 USE OF RULES 68
STATISTICS 69
66
VII
IMAGE 2
VIII
CONTENTS
HYPOTHESIS TESTING 70
CHI-SQUARE 71 FAILING TO REJECT HYPOTHESES 73 SUMMARY 73
SOLVED PROBLEMS 74 EXERCISES AND PROBLEMS 75
5 SEX DETERMINATION, SEX LINKAGE, AND PEDIGREE ANALYSIS 77 SEX
DETERMINATION 78 PATTERNS 78
SEX CHROMOSOMES 78 DOSAGE COMPENSATION 82 BOX 5.1 WHY SEX AND WHY Y? 83
PROOF OF THE LYON HYPOTHESIS 84 BOX 5.2 ELECTROPHORESIS 86 DOSAGE
COMPENSATION FOR DROSOPHILA 89 SEX LINKAGE 89
X LINKAGE IN DROSOPHILA 89 NONRECIPROCITY 90 SEX-LIMITED AND
SEX-INFLUENCED TRAITS 92 PEDIGREE ANALYSIS 92
PENETRANCE AND EXPRESSIVITY 92 FAMILY TREE 92 DOMINANT INHERITANCE 93
RECESSIVE INHERITANCE 94 SEX-LINKED INHERITANCE 94 SUMMARY 97 SOLVED
PROBLEMS 97 EXERCISES AND PROBLEMS 98
6 LINKAGE AND MAPPING
IN EUKARYOTES 103 DIPLOID MAPPING 104 TWO-POINT CROSS 104 THREE-POINT
CROSS 106
BOX 6.1 THE NOBEL PRIZE 107 CYTOLOGICAL DEMONSTRATION OF CROSSING OVER
113 BOX 6.2 THE FIRST CHROMOSOMAL MAP 114 HAPLOID MAPPING (TETRAD
ANALYSIS) 116
PHENOTYPES OF FUNGI 116 UNORDERED SPORES (YEAST) 117 ORDERED SPORES
(NEUROSPORA) 120 SOMATIC (MITOTIC) CROSSING OVER 124 HUMAN CHROMOSOMAL
MAPS 125
X LINKAGE 125 AUTOSOMAL LINKAGE 125 BOX 6.3 LOCI SCORES 126 SUMMARY 132
SOLVED PROBLEMS 132 EXERCISES AND PROBLEMS 134
7 LINKAGE AND MAPPING IN PROKARYOTES AND BACTERIAL VIRUSES 140 BACTERIA
AND BACTERIAL VIRUSES IN GENETIC RESEARCH 141 TECHNIQUES OF CULTIVATION
142
BACTERIAL PHENOTYPES 143 COLONY MORPHOLOGY 143 NUTRITIONAL REQUIREMENTS
143 RESISTANCE AND SENSITIVITY 145 VIRAL PHENOTYPES 146
SEXUAL PROCESSES IN BACTERIA AND BACTERIOPHAGES 146 TRANSFORMATION 147
CONJUGATION 149
LIFE CYCLES OF BACTERIOPHAGES 154 RECOMBINATION 154 LYSOGENY 156
TRANSDUCTION 156
SPECIALIZED TRANSDUCTION 157 GENERALIZED TRANSDUCTION 157 MAPPING WITH
TRANSDUCTION 157 SUMMARY 162 SOLVED PROBLEMS 162 EXERCISE AND PROBLEMS
163
8 CYTOGENETICS 167 VARIATION IN CHROMOSOMAL STRUCTURE 168 SINGLE BREAKS:
CHROMATID 168 SINGLE BREAKS: CHROMOSOMAL 168
TWO BREAKS IN THE SAME CHROMOSOME 169 BOX 8.1 A CASE HISTORY OF THE USE
OF INVERSIONS TO DETERMINE EVOLUTIONARY SEQUENCE 172 TWO BREAKS IN
NONHOMOLOGOUS CHROMOSOMES 174
CENTROMERIC BREAKS 175 DUPLICATIONS 175 VARIATION IN CHROMOSOME NUMBER
177 ANEUPLOIDY 177
MOSAICISM 178 ANEUPLOIDY IN HUMAN BEINGS 178 CHROMOSOMAL REARRANGEMENTS
IN HUMAN BEINGS 184
EUPLOIDY 186 SUMMARY 188 SOLVED PROBLEMS 189 EXERCISES AND PROBLEMS 189
MOLECULAR GENETICS
CHEMISTRY OF THE GENE 194 IN SEARCH OF THE GENETIC MATERIAL 195 REQUIRED
PROPERTIES OF A GENETIC MATERIAL 195 BOX 9.1 MOLECULAR STRUCTURE OF
NUCLEIC ACIDS: A
STRUCTURE FOR DEOXYRIBOSE NUCLEIC ACID 196
IMAGE 3
CONTENTS
EVIDENCE FOR DNA AS THE GENETIC MATERIAL 199
CHEMISTRY OF NUCLEIC ACIDS 202 BOX 9.2 PRIONS: THE BIOLOGICAL EQUIVALENT
OF ICE-NINE 203 BIOLOGICALLY ACTIVE STRUCTURE 204 BOX 93 WHY PHOSPHATES?
207 REQUIREMENTS OF GENETIC MATERIAL 210 ALTERNATIVE FORMS OF DNA 211
DNA REPLICATION-THE PROCESS 211
BOX 9.4 MULTIPLE-STRANDED DNA 212 THE MESELSON AND STAHL EXPERIMENT 214
AUTORADIOGRAPHIC DEMONSTRATION OF DNA REPLICATION 214 DNA
REPLICATION-THE ENZYMOLOGY 216
CONTINUOUS AND DISCONTINUOUS DNA REPLICATION 218 THE ORIGIN OF DNA
REPLICATION 220 EVENTS AT THE Y-JUNCTION 222 SUPERCOILING 226
TERMINATION OF REPLICATION 227 DNA PARTITIONING IN E. COLI 227
REPLICATION STRUCTURES 228 ROLLING-CIRCLE MODEL 228
D-LOOP MODEL 229 EUKARYOTIC DNA REPLICATION 229 SUMMARY 230 SOLVED
PROBLEMS 231
EXERCISES AND PROBLEMS 231
10 GENE EXPRESSION: TRANSCRIPTION 233 TYPES OF RNA 234 PROKARYOTIC DNA
TRANSCRIPTION 236 DNA-RNA COMPLEMENTARITY 236
PROKARYOTIC RNA POLYMERASE 237 PROKARYOTIC INITIATION AND TERMINATION
SIGNALS FOR TRANSCRIPTION 237 BOX 10.1 OBSERVING TRANSCRIPTION IN REAL
TIME 239
BOX 10.2 POLYMERASE COLLISIONS: WHAT CAN A CELL DO? 241 RIBOSOMES AND
RIBOSOMAL RNA 246 TRANSFER RNA 247
SIMILARITIES OF ALL TRANSFER RNAS 247 TRANSFER RNA LOOPS 248 EUKARYOTIC
DNA TRANSCRIPTION 250 THE NUCLEOLUS IN EUKARYOTES 250
DIFFERENCES BETWEEN EUKARYOTIC AND PROKARYOTIC TRANSCRIPTION 251
PROMOTERS 252 CAPS AND TAILS 254 INLRONS 255
BOX 10.3 ARE VIROIDS ESCAPED INTRONS? 258 RNA EDITING 263 UPDATED
INFORMATION ABOUT THE FLOW OF GENETIC- INFORMATION 264
REVERSE TRANSCRIPTION 264
RNA SELF-REPLICATION 265 DNA INVOLVEMENT IN TRANSLATION 265 SUMMARY 265
SOLVED PROBLEMS 266 EXERCISES AND PROBLEMS 267
11 GENE EXPRESSION: TRANSLATION 269 INFORMATION TRANSFER 271 TRANSFER
RNA 273 BOX 11.1 AMINO ACID SEQUENCING 274
INITIATION COMPLEX 277 ELONGATION 281 TERMINATION 284 BOX 11.2
ANTIBIOTICS 285
MORE ON THE RIBOSOME 289 THE SIGNAL HYPOTHESIS 289 THE PROTEIN-FOLDING
PROBLEM 291 THE GENETIC CODE 292
TRIPLET NATURE OF THE CODE 293 BREAKING THE CODE 295 WOBBLE HYPOTHESIS
296 UNIVERSITY OF THE GENETIC CODE 299
EVOLUTION OF THE GENETIC CODE 300 SUMMARY 301 SOLVED PROBLEMS 302
EXERCISES AND PROBLEMS 302
12 CLONING AND SEQUENCING 305 DNA CLONING 306 RESTRICTION ENDONUCLEASES
306 HYBRID VECTORS 308
CREATING A CLONABLE PRODUCT 314 PROBING FOR A SPECIFIC GENE 315 SOUTHERN
BLOTTING 315 PROBING FOR A CLONED GENE 317
HETERODUPLEX ANALYSIS 319 EUKARYOTIC VECTORS 319 YEAST VECTORS 321
ANIMAL VECTORS 321
PLANT VECTORS 321 EXPRESSION OF FOREIGN DNA IN EUKARYOTIC CELLS 322 BOX
12.1 THE RECOMBINANT DNA DISPUTE 324 RESTRICTION MAPPING 327
CONSTRUCTING A RESTRICTION MAP 327 DOUBLE DIGESTS 328 RESTRICTION
FRAGMENT LENGTH POLYMORPHISMS 329
POLYMERASE CHAIN REACTION 330 BOX 12.2 AMPLIFYING ANCIENT DNA 332 DNA
SEQUENCING 333 THE DIDEOXY METHOD 333
BOX 12.3 GENES WITHIN GENES 336 CREATING A GENERAL-PURPOSE PRIMER 339
MAPPING AND SEQUENCING THE HUMAN GENOME 340 RATIONALE 340
IMAGE 4
CONTENTS
METHODS 340 LOCATING THE BREAST CANCER GENE 341 ETHICS 343 PRACTICAL
BENEFITS FROM GENE CLONING 344
MEDICINE 344 AGRICULTURE 345 INDUSTRY 345 SUMMARY 345 SOLVED PROBLEMS
346 EXERCISES AND PROBLEMS 347
13 GENE EXPRESSION: CONTROL IN PROKARYOTES AND PHAGES 352 THE OPERON
MODEL 353 LAC OPERON (INDUCIBLE SYSTEM) 353
LACTOSE METABOLISM 353 REGULATOR GENE 353 OPERATOR 354 INDUCTION OF THE
LAC OPERON 354
LAC OPERON MUTANTS 356 CATABOLITE REPRESSION 359 TRP OPERON (REPRESSIBLE
SYSTEM) 360 TRYPTOPHAN SYNTHESIS 360
OPERATOR CONTROL 360 TRP OPERON (ATTENUATOR-CONTROLLED SYSTEM) 361
LEADER TRANSCRIPT 361
LEADER PEPTIDE GENE 361 REDUNDANT CONTROLS 363 LYTIC AND LYSOGENIC
CYCLES IN PHAGE X 363 PHAGE X OPERONS 364
EARLY AND LATE TRANSCRIPTION 365 REPRESSOR TRANSCRIPTION 365 MAINTENANCE
OF REPRESSION 366 LYSOGENIC VERSUS LYTIC RESPONSE 367 TRANSPOSABLE
GENETIC ELEMENTS 370
IS ELEMENTS 370 COMPOSITE TRANSPOSONS 371 MECHANISM OF TRANSPOSITION 371
PHENOTYPIC AND GENOTYPIC EFFECTS OF
TRANSPOSITION 373 OTHER TRANSCRIPTIONAL CONTROL SYSTEMS 375
TRANSCRIPTION FACTORS 375 PROMOTER EFFICIENCY 375 TRANSLATIONAL CONTROL
376
POSTTRANSLATIONAL CONTROL 378 FEEDBACK INHIBITION 378 PROTEIN
DEGRADATION 378 SUMMARY 380 SOLVED PROBLEMS 381 EXERCISES AND PROBLEMS
382
14 THE EUKARYOTIC CHROMOSOME 384 THE EUKARYOTIC CELL 385 THE EUKARYOTIC
CHROMOSOME 385
DNA ARRANGEMENT 385 BOX 14.1 HOW BIG IS BIG, HOW SMALL IS SMALL? 386 BOX
14.2 HIGH-SPEED CHROMOSOMAL SORTING 388
NUCLEOPROTEIN COMPOSITION 390 CHROMOSOMAL BANDING 396 CENTROMERES AND
TELOMERES 398 DNA REPETITION IN EUKARYOTIC CHROMOSOMES 402 SUMMARY 406
SOLVED PROBLEMS 407
EXERCISES AND PROBLEMS 407
15 GENE EXPRESSION: CONTROL IN EUKARYOTES 409 PATTERNS IN DEVELOPMENT
410 DIFFERENTIATED NUCLEI CAN BE TOTIPOTENT 410
DROSOPHILA DEVELOPMENT 411 DROSOPBILA EMBRYOLOGY 411 DEVELOPMENTAL
GENETICS OF DROSOPHILA 412 OTHER MODELS OF DEVELOPMENT 420 BOX 151
HELIX-TURN-HELIX, ZINC FINGER, AND LEUCINE
ZIPPER PROTEIN MOTIFS OF DNA RECOGNITION 421 CONTROL OF TRANSCRIPTION IN
EUKARYOTES 423 METHYLATION AND Z DNA CAN CONTROL GENE EXPRESSION 423
TRANSPOSONS AND TRANSCRIPTIONAL CONTROL 423 IMMUNOGENETICS 425
IMMUNOGLOBULINS 426 ANTIBODY DIVERSITY 427
T-CELL RECEPTORS AND MHC PROTEINS 431 BOX 15.2 AIDS AND RETROVIRUSES 434
CANCER 439 MUTATIONAL NATURE OF CANCER 439
VIRAL NATURE OF CANCER 441 ENVIRONMENTAL CAUSES OF CANCER 444 SUMMARY
445 SOLVED PROBLEMS 445 EXERCISES AND PROBLEMS 446
16 DNA: ITS MUTATION, REPAIR, AND RECOMBINATION 448 MUTATION 449
FLUCTUATION TEST 449
GENETIC FINE STRUCTURE 450 COLINEARITY 456 SPONTANEOUS VERSUS INDUCED
MUTATION 458 MUTATION RATES 458 POINT MUTATIONS 458 SPONTANEOUS
MUTAGENESIS 461 BOX 16.1 THE AMES TEST FOR CARCINOGENS 464 CHEMICAL
MUTAGENESIS 464 BOX 16.2 IN VITRO SITE-DIRECTED MUTAGENESIS 466
MISALIGNMENT MUTAGENESIS 470
INTERGENIC SUPPRESSION 471 MUTATOR AND ANTIMUTATOR MUTATIONS 472
IMAGE 5
CONTENTS
XI
DNA REPAIR 472
DAMAGE REVERSAL 473 EXCISION REPAIR 473 BOX 16.3 DIRECTED MUTATION 474
POSTREPLICATIVE REPAIR 477 RECOMBINATION 480
ILOLLIDAY MECHANISM OF BREAKAGE AND REUNION 480 BACTERIAL RECOMBINATION
483 HYBRID DNA 483 SUMMARY 484 SOLVED PROBLEMS 486 EXERCISES AND
PROBLEMS 486
17 NON-MENDELIAN INHERITANCE 489 DETERMINING NON-MENDELIAN INHERITANCE
490 MATERNAL EFFECTS 490 SNAIL COILING 490
MOTH PIGMENTATION 491 IMPRINTING 491 CYTOPLASMIC INHERITANCE 492
MITOCHONDRIA 492
CHLOROPLASTS 497 INFECTIVE PARTICLES 499 PROKARYOTIC PLASMIDS 503
SUMMARY 505 SOLVED PROBLEMS 505 EXERCISES AND PROBLEMS 506
QUANTITATIVE AND
EVOLUTIONARY GENETICS 18 QUANTITATIVE INHERITANCE 510 TRAITS CONTROLLED
BY MANY LOCI 511 TWO-LOCUS CONTROL 511
THREE-LOCUS CONTROL 512 MULTILOCUS CONTROL 512 LOCATION OF POLYGENES 513
SIGNIFICANCE OF POLYGENIC INHERITANCE 515 POPULATION STATISTICS 515
BOX 18.1 MAPPING QUANTITATIVE TRAIT LOCI 516 MEAN, VARIANCE, AND
STANDARD DEVIATION 517 COVARIANCE, CORRELATION, AND REGRESSION 519
POLYGENIC INHERITANCE IN BEANS 521 SELECTION EXPERIMENTS 521
HERITABILITY 522 REALIZED HERITABILITY 523 PARTITIONING OF THE VARIANCE
524 MEASUREMENT OF HERITABILITY 524 QUANTITATIVE INHERITANCE IN HUMAN
BEINGS 526
SKIN COLOR 526 IQ AND OTHER TRAITS 526 BOX 18.2 HUMAN BEHAVIORAL
GENETICS 527 SUMMARY 528 SOLVED PROBLEMS 528 EXERCISES AND PROBLEMS 529
19 POPULATION GENETICS:
THE HARDY-WEINBERG EQUILIBRIUM AND MATING SYSTEMS 532 HARDY-WEINBERG
EQUILIBRIUM 533 CALCULATING ALLELIC FREQUENCIES 533
ASSUMPTIONS OF HARDY-WEINBERG EQUILIBRIUM 534 PROOF OF HARDY-WEINBERG
EQUILIBRIUM 535 BOX 19.1 DE FINETTI DIAGRAM 536 GENERATION TIME 537
TESTING FOR FIT TO HARDY-WEINBERG EQUILIBRIUM 538 EXTENSIONS OF
HARDY-WEINBERG EQUILIBRIUM 539 MULTIPLE ALLELES 539 MULTIPLE LOCI 540
NONRANDOM MATING 541
INBREEDING 541 BOX 19.2 THE DETERMINATION OF LETHAL EQUIVALENTS 542
PEDIGREE ANALYSIS 543
POPULATION ANALYSIS 545 SUMMARY 546 SOLVED PROBLEMS 547 EXERCISES AND
PROBLEMS 548
20 POPULATION GENETICS: PROCESSES THAT CHANGE ALLELIC FREQUENCIES 551
MODELS FOR POPULATION GENETICS 552 MUTATION 552
MUTATIONAL EQUILIBRIUM 552 STABILITY OF MUTATIONAL EQUILIBRIUM 552
MIGRATION 554 SMALL POPULATION SIZE 555
SAMPLING ERROR 555 SIMULATION OF RANDOM GENETIC DRIFT 556 FOUNDER
EFFECTS AND BOTTLENECKS 557 NATURAL SELECTION 558 WAYS IN WHICH NATURAL
SELECTION ACTS 558 SELECTION AGAINST THE RECESSIVE HOMOZYGOTE 559
SELECTION-MUTATION EQUILIBRIUM 561 TYPES OF SELECTION MODELS 562
BOX 20.1 A COMPUTER PROGRAM TO SIMULATE THE APPROACH TO ALLELIC
EQUILIBRIUM UNDER HETEROZYGOUS ADVANTAGE 564 SUMMARY 566 SOLVED PROBLEMS
566 EXERCISES AND PROBLEMS 567
IMAGE 6
X II
CONTENTS
21 GENETICS OF THE EVOLUTIONARY
PROCESS 569 DARWINIAN EVOLUTION 570 EVOLUTION AND SPETIATION 570 BOX
21.1 ATTACKS ON DARWINISM 571
MECHANISMS OF CLADOGENESIS 572 PHYLETIC GRADUALISM VERSUS PUNCTUATED
EQUILIBRIUM 575 GENETIC VARIATION 576
MAINTAINING POLYMORPHISMS 577 MAINTAINING MANY POLYMORPHISMS 578 WHICH
HYPOTHESIS IS CORRECT? 580 GRAND PATTERNS OF VARIATION 580
BOX 21.2 MIMICRY 584 BOX 21.3 INDUSTRIAL MELANISM 586 SOCIOBIOLOGY 587
ALTRUISM 587
KIN SELECTION AND INCLUSIVE FITNESS 587 SUMMARY 588 SOLVED PROBLEMS 589
EXERCISES AND PROBLEMS 590
APPENDIX: BRIEF ANSWERS TO SELECTED EXERCISES AND PROBLEMS 593
SUGGESTIONS FOR FURTHER READING 631 GLOSSARY, 1 651
INDEX 667
|
| any_adam_object | 1 |
| author | Tamarin, Robert H. |
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| ctrlnum | (OCoLC)34490408 (DE-599)BVBBV011552108 |
| dewey-full | 575.1 |
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| dewey-ones | 575 - Specific parts of & systems in plants |
| dewey-raw | 575.1 |
| dewey-search | 575.1 |
| dewey-sort | 3575.1 |
| dewey-tens | 570 - Biology |
| discipline | Biologie |
| edition | 5. ed. |
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| indexdate | 2024-07-09T18:11:42Z |
| institution | BVB |
| isbn | 0697218899 |
| language | English |
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| publisher | WCB |
| record_format | marc |
| spelling | Tamarin, Robert H. Verfasser aut Principles of genetics Robert H. Tamarin 5. ed. Dubuque, Iowa WCB 1996 XVII, 683 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Génétique ram Genetics Genetik (DE-588)4071711-2 gnd rswk-swf (DE-588)4123623-3 Lehrbuch gnd-content Genetik (DE-588)4071711-2 s DE-604 SWB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007777869&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Tamarin, Robert H. Principles of genetics Génétique ram Genetics Genetik (DE-588)4071711-2 gnd |
| subject_GND | (DE-588)4071711-2 (DE-588)4123623-3 |
| title | Principles of genetics |
| title_auth | Principles of genetics |
| title_exact_search | Principles of genetics |
| title_full | Principles of genetics Robert H. Tamarin |
| title_fullStr | Principles of genetics Robert H. Tamarin |
| title_full_unstemmed | Principles of genetics Robert H. Tamarin |
| title_short | Principles of genetics |
| title_sort | principles of genetics |
| topic | Génétique ram Genetics Genetik (DE-588)4071711-2 gnd |
| topic_facet | Génétique Genetics Genetik Lehrbuch |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007777869&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT tamarinroberth principlesofgenetics |