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iGenetics: a molecular approach

With its modern chapter organization and new Focus on Genomics boxes, iGenetics: A Molecular Approach reflects the increasing molecular emphasis in todays experimental study of genes while helping students develop problem-solving skills and an appreciation for classic experiments. Although molecular...

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1. Verfasser:	Russell, Peter J. (VerfasserIn)
Format:	Buch
Sprache:	English
Veröffentlicht:	San Francisco, Calif. [u.a.] Benjamin Cummings 2010
Ausgabe:	3. ed., Pearson internat. ed.
Schlagworte:	Molecular genetics Genetik Lehrbuch
Online-Zugang:	Inhaltsverzeichnis
Zusammenfassung:	With its modern chapter organization and new Focus on Genomics boxes, iGenetics: A Molecular Approach reflects the increasing molecular emphasis in todays experimental study of genes while helping students develop problem-solving skills and an appreciation for classic experiments. Although molecular topics are presented first, instructors can assign the chapters in any sequence.Pedagogical features such as chapter-opening Key Questions and strategically placed Keynotes help students to efficiently master genetic concepts. The Genetics Place Companion Website contains interactive iActivities and narrated animations that help students visualize and understand processes and concepts that are illustrated in the text.
Beschreibung:	XIX, 828 S. zahlr. Ill., graph. Darst.
ISBN:	9780321610225 0321610229

Internformat

MARC


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520	3		\|a With its modern chapter organization and new Focus on Genomics boxes, iGenetics: A Molecular Approach reflects the increasing molecular emphasis in todays experimental study of genes while helping students develop problem-solving skills and an appreciation for classic experiments. Although molecular topics are presented first, instructors can assign the chapters in any sequence.Pedagogical features such as chapter-opening Key Questions and strategically placed Keynotes help students to efficiently master genetic concepts. The Genetics Place Companion Website contains interactive iActivities and narrated animations that help students visualize and understand processes and concepts that are illustrated in the text.
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Datensatz im Suchindex

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adam_text	Detailed Contents Preface xiii CHAPTER CHAPTER iffl!!SSÍÍ©S5 ŘM ta&W Classical and Modern Genetics 1 Geneticists and Genetic Research 2 The Subdisciplines of Genetics 2 Basic and Applied Research 2 Genetic Databases and Maps 3 Organisms for Genetics Research 5 Summary S CHAPTER £m ШШі lit ешшшЩ © MsÈBiitaâ 9 The Search for the Genetic Material 9 Griffith s Transformation Experiment 10 Avery s Transformation Experiment 11 Hershey and Chase s Bacteriophage Experiment 12 RNA as Viral Genetic Material 14 The Composition and Structure of DNA and RNA 15 The DNÁ Double Helix 17 Different DNA Structures 20 DNA in the Cell 20 RNÄ Structure 21 The Organization of DNA in Chromosoffles 21 Viral Chromosomes 21 Prokaryotic Chromosomes 21 Eukaryotic Chromosomes 23 Focus on Ceramics: Genome Size and Repetitive DNA Content 25 Unique-Sequence and Repetitive- Sequence DNÁ 28 Summary 3# Analytical approaches to SaMtig ■ ţeneîtes Problems 31 ■ . ■ :. ..■.-■.· Qiiesflons sand Problems 33, . . ■ ·. .· 36 Semiconservative DNA Replication 36 The Meselson-Stahl Experiment 37 DNA Polymerases, the DNA Replicating Enzymes 39 DNA Polymerase I 39 Roles of DNA Polymerases 40 Molecular Model of DNA Replication 40 Initiation of Replication 40 Semidiscontinuous DNA Replication 43 Rolling Circle Replication 46 DNA Replication in Eukaryotes 48 Replicons 48 Initiation of Replication 48 Eukaryotic Replication Enzymes 50 Replicating the Ends of Chromosomes 50 Assembling Newly Replicated DNA into Nucleosomes 52 Focus on Genomics: Replication Origins in Yeast 54 Summary 34 Analytical Approaches to Solving Genetics Problems І5 Questions and Problems SB С И A P T E R le» йюііів 60 . ■ ■ : Gene Contro! of Enzyme Structure 60 Garrod s Hypothesis of Inborn Errors of Metabolism 60 The One-Gene-One-Enzyme Hypothesis 61 Genetically Based Enzyme Deficiencies in Humans 65 Focus on Genomics: Metabolomics in the Gut 66 Phenylketonuria 66 Albinism 68 Kartagener Syndrome 68 Тау -Sachs Disease 68 VI fő α. о о Gene Control of Protein Structure 69 Sickle-Cell Anemia 70 Other Hemoglobin Mutants 71 Cystic Fibrosis 71 Genetic Counseling 72 Carnei Detection 73 Fetal Analysis 74 Summary Ш Analytical Approaches to Solving Genetics Problems Ш Questions and Problems ?f CHAPTER mJ @§i@ Шришіш; Т!шшш§іїрі©ші .81 Gene Expression-The Central Dogma: An Overview 81 The Transcription Process 82 Transcription in Bacteria 83 Initiation of Transcription at Promoters 83 Elongation of an RNA Chain 84 Termination of an RNA Chain 86 Transcription in Eukaryotes 87 Eukaryotic RNA Polymerases 87 Transcription of Protein-Coding Genes by RNA Polymerase II 87 Focus on Genomics: Finding Promoters 88 The Structure and Production of Eukaryotic mRNAs 89 Self-Splicing Introns 95 RNA Editing 96 Summary if Analytical Approaches to Solving Genetics Problems if Questions and Problems Ш свині U @»ιβ Bsp pfisltis Tß^isashtSii 102 Proteins 102 Chemical Structure of Proteins 102 Molecular Structure of Proteins 103 The Nature of the Genetic Code 106 The Genetic Code Is a Triplet Code 106 Deciphering the Genetic Code 107 Characteristics of the Genetic Code 108 Focus on Genomics: Other Genetic Codes 310 Translation: The Process of Protein Synthesis 110 Transfer RNA 210 Ribosomes 123 Initiation of Translation 225 Elongation of the Polypeptide Chain 227 Termination of Translation 220 Protein Sorting in the Cell 122 Summary 123 Analytical Approaches to Solving Genetics Problems 124 Questions and Problems 125 CHAPTER #_____________________ iiå lipii , ili 130 iiå И îptuspiSttoS® EiiffiMľís DNA Mutation 231 Adaptation versus Mutation 131 Mutations Defined 131 Spontaneous and Induced Mutations 135 Focus on Genomics: Radiation Resistance in the Archaea- Conan the Bacterium 140 Detecting Mutations 145 Repair of DNA Damage 146 Direct Reversal of DNA Damage 146 Excision Repair of DNA Damage 147 Human Genetic Diseases Resulting from DNA Replication and Repair Mutations 149 Transposable Elements 150 General Features of Transposable Elements 150 Transposable Elements in Bacteria 151 Transposable Elements in Eukaryotes 153 Summary їй Analytical Approaches to Solving Genetics Problems If 1 Questions and Problems . CHAPTER 8 1®1®м8©ѕ; ìli liipptag ami @ 70 @®ii®jis 170 The Human Genome Project 171 Converting Genomes into Clones, and Clones into Genomes 171 DNA Cloning 172 Cloning Vectors and DNA Cloning 175 Genomic Libraries 179 Chromosome Libraries 182 DNA Sequencing and Analysis of DNA Sequences 183 Dideoxy Sequencing 183 Pyrosequencing 187 Analysis of DNA Sequences 189 Assembling and Annotating Genome Sequences 189 Genome Sequencing Using a Whole-Genome Shotgun Approach 189 Assembling and Finishing Genome Sequences 191 Anno tation of Variation in Genome Sequences 292 vii Identification and Annotation of Gene Sequences 193 Focus on Genomics: The Real Old Blue Eyes 195 Insights from Genome Analysis; Genome Sizes and Gene Densities 199 Genomes of Bacteria 199 Genomes of Archaea 199 Genomes of Eukarya 200 Selected Examples of Genomes Sequenced 202 Genomes of Bacteria 202 Genomes of Archaea 202 Genomes of Eukarya 203 Future Directions in Genomics 205 Ethical, Legal, and Social Implications of the Human Genome 206 Summary ЭШ Analytical Approaches to Solving Genetics Problems 2§S Questions and Problems 21.2 CHAPTER il 217 Functional Genomics 218 Sequence Similarity Searches to Assign Gene Function 218 Assigning Gene Function Experimentally 220 Organization of the Genome 229 Describing Patterns of Gene Expression 230 Comparative Genomics 234 Examples of Comparative Genomics Studies and Uses 235 Focus on Genomics: The Neanderthal Genome Project 236 Summary Î4Î Analytical Approaches to Solving Genetics Problems Questions and Problems 24$ CHAPTER 10 @Щ faste*® 248 Versatile Vectors for More Than Simple Cloning 249 Shuttle Vectors 249 Expression Vectors 24-9 PCR Cloning Vectors 252 Transcribable Vectors 252 Non-Plasmid Vectors 255 Cloning a Specific Gene 255 Finding a Specific Clone Using а DNA library 255 Focus on fîënomïesî Finding a New Gene Linked to Type 1 Diabetes 256 I Identifying Genes in Libraries by Complementation of Mutations 260 Identifying Specific DNA Sequences in Libraries Using Heterologous Probes 261 Identifying Genes or cDNAs in Libraries Using Oligonucleotide Probes 261 Molecular Analysis of Cloned DNA 261 Southern Blot Analysis of Sequences in the Genome 261 Northern Blot Analysis of RNA 262 The Wide Range of Uses of the Polymerase Chain јз[ Reaction (PCR) 263 g> Advantages of Limitations of PCR 263 5 Applications of PCR 263 3 RT-PCR and mRNA Qualification 264 Ф Applications of Molecular Techniques 265 Site-Specific Mutagenesis of DNA 265 Analysis of Expression of Individual Genes 266 Analysis of Protein-Protein Interactions 267 Uses of DNA Polymorphisms in Genetic Analysis 269 Classes of DNA Polymorphisms 270 DNA Molecular Testing for Human Genetic Disease Mutations 273 DNA Typing 277 Gene Therapy 280 Biotechnology: Commercial Products 281 Genetic Engineering of Plants 282 Transformation of Plant Cells 282 Applications for Plant Genetic Engineering 284 Summary 2SS Analytical Approaches to Solving Genetics Problems 2S7 Questions and Problems ЋШВ CHAPTER 11 liwéiiffli e«selis 297 Genotype and Phenotype 297 Mendel s Experimental Design 298 Monohybrid Crosses and Mendel s Principle of Segregation 300 The Principle of Segregation 303 Representing Crosses with a Branch Diagram 304 Confirming the Principle of Segregation: The Use of Testcrosses 305 The Wrinkled-Pea Phenotype 306 Dihybrid Crosses and Mendeľs Principle of Independent Assortment 307 The Principle of Independent Assortment 307 viii 1 CD Q. О О § І Branch Diagram of Dihybrid Crosses 309 Trihybrid Crosses 310 The Rediscovery of Mendel s Principles 312 Statistical Analysis of Genetic Data: The Chi-Square Test 312 Mendelian Genetics in Humans 314 Pedigree Analysis 314 Focus on Genomics: Sometimes Identical Just Isn t That Similar 315 Examples of Human Genetic Traits 316 Summary 31? Analytical Approaches to Solving Genetics Problems 31 S Questions and Problems 3îi CHAPTER 12 ії l laste ®f ітШтЮшзте 326 Chromosomes and Cellular Reproduction 326 Eukaryotie Chromosomes 327 Mitosis 329 Meiosis 333 Focus on Genomics: Genes Involved in Meiotic Chromosome Segregation 337 Chromosome Theory of Inheritance 339 Sex Chromosomes 339 Sex Linkage 341 Nondisjunction of X Chromosomes 343 Sex Chromosomes and Sex Determination 346 Genotypie Sex Determination 346 Genie Sex Determination 351 Analysis of Sex-Linked Traits in Humans 351 Х -Linked Recessive Inheritance 351 Х -Linked Dominant Inheritance 353 Y-Linked Inheritance 353 Summary 354 Analytical Approaches to Solving Genetics Problems 3S# Questions and Problems 3Si CHAPTER 13 tff »á §©?SatS@is ffift да і lai ©.tiifle ЙІшір fes 363 Multiple Alleies 364 ABO Blood Groups 364 Drosophila Eye Color 366 Relating Multiple Alíeles to Molecular Genetics 366 Modifications of Dominance Relationships 367 Incomplete Dominance 368 Codommance 368 Molecular Explanations of Incomplete Dominance and Codominance 369 Essential Genes and Lethal Alíeles 369 Gene Expression and the Environment 370 Penetrance and Expressivity 3 71 Effects of the Environment 372 Nature versus Nurture 375 Maternal Effect 376 Determining the Number of Genes Involved in a Set of Mutations with the Same Phenotype 377 Gene interactions and Modified Mendelian Ratios 378 Gene Interactions That Produce New Phenotypes 379 Epistasis 380 Focus on Genomics: Redheads of the Past 382 Gene Interactions Involving Modifier Genes 384 Extranuciear Inheritance 385 Extranuclear Genomes 386 Rules of Extranuclear Inheritance 386 Examples of Extranuclear Inheritance 386 Summary 3SS Analytical Approaches to Solving Genetics Problems Questions and Problems 3§S CHAMES 14 isuši® Mapping би Шатшуштш 401 Early Studies of Genetic Linkage: Morgan s Experiments with Drosophila 402 Gene Recombination and the Role of Chromosomal Exchange 403 Constructing Genetic Maps 405 Detecting Linkage through Testcrosses 405 Gene Mapping with Two-Point Testcrosses 407 Generating a Genetic Map 408 Gene Mapping with Three-Point Testcrosses 410 Calculating Accurate Map Distances 415 Genetic Maps and Physical Maps Compared 416 Constructing Genetic Linkage Maps of the Human Genome 416 The lod Score Method for Analyzing Linkage of Human Genes 416 Human Genetic Maps 417 Focus ob Genomses: Genome-Wide Screens for Genes Involved in Multiple Sclerosis 418 , Summary. <ШЛ ■ ches to Solving Genetics Problems v and Problems 41f · . їх CHAPTER 15 CHAPTER 17 ieiíitSes ®ff listerei smi ШшШяпщ$Еш$вш 429 Genetics Analysis of Bacteria 430 Gene Mapping in Bacteria by Conjugation 431 Discovery of Conjugation in E. coli 431 The Sex Factor F 432 High-Frequency Recombination Strains of E. coli 434 F Factors 434 Using Conjugation to Map Bacterial Genes 435 Circularity of the E. coli Map 435 Genetic Mapping in Bacteria by Transformation 437 Focus on Genomics: Artificial Life-Artificial Genomes and Genome Transfer 438 Genetic Mapping in Bacteria by Transaction 440 Bacteriophages 440 Transduction Mapping of Bacterial Chromosomes 441 Mapping Bacteriophage Genes 445 Fine-Structure Analysis of a Bacteriophage Gene 447 Recombination Analysis of rll Mutants 447 Deletion Mapping 449 Defining Genes by Complementation (Cis-Trans) Tests 451 Summary 4ЅШ Analytical Approaches to Solving Genetics Problems 45 Questions and Problems 48S С Η Α Ρ Γ £ fi 16 ііі Si Cfeí ШтйШт små ШтішЬш 463 Types of Chromosomal Mutations 463 Variations in Chromosome Structure 464 Deletion 464 Duplication 467 Inversion 468 Focus on Generales: Gene Duplications and Deletions in the Äudrogm-Bindmg Protein Family 469 Translocation 470 Chromosomal Mutations and Human Tumors 472 Position Effect 475 Fragile Sites and Fragile X Syndrome 475 Variations in Chromosome Number 476 Changes in One or a Few Chromosomes 476 Changes in Complete Sets of Chromosomes 480 Summary 4ІІ . : . ■ .. Änalföcai Äppreashes ta Satotag Genetics Problems 4S3S Questions mă Problems 4SI ■■ ■ ©î ©ею® Ва 491 же Focus on Genomics: Models of Gene Expression 492 The /ас Operan of E. coli 492 Lactose as a Carbon Source for E. coli 492 Experimental Evidence for the Regulation of lac Genes 494 Jacob and Monod s Operon Model for the Regulation of lac Genes 495 Positive Control of the lac Operon 499 Molecular Details of lac Operon Regulation 502 The trp Operon of £ co/i 503 Gene Organization of the Tryptophan Biosynthesis Genes 504 Regulation of the trp Operon 504 The ага Operon of E. coi/: Positive and Negative Control 507 Regulation of Gene Expression in Phage Lambda 509 Early Transcription Events 509 The Lysogenic Pathway 510 The Lytic Pathway 511 Summary J12 Analytical Approaches to Solving Genetics Problems 5Í3 Questions and Problems 514 σ S 92. čo q. О о І С II Α PT Ε R 18 ffl ©ff fielt Ещршіоя li EiiiaMľptes 518 Leveis of Control of Gene Expression in Eukaiyotes 519 Control of Transcription Initiation by Regulatory Proteins 519 Regulation of Transcription Initiation by Activators 520 Inhibiting Transcription Initiation by Repressors 521 Case Study: Positive and Negative Regulation of Transcription of the Yeast Galactose Utilization Genes 522 Case Study: Regulation of Transcription in Animals by Steroid Hormones 523 Combinatorial Gene Regulation: The Control of Transcription by Combinations of Activators and Repressors 526 The Role of Chromatis? In Regulating Gene Transcription 529 Repression of Gene Activity by Histones 529 Facilitation of Transcription Activation by Remodeling of Crmonratin 529 т CL· о о 5f Gene Siíencíng ani ©etioralç imprinting 531 Gene Silencing at a Telomere 531 Gene Silencing, by DNA Methylatiott 531 FoeasonfienoiHîes: СЫР оа Chip 532 Genomìc Imprinting 533 RNA Processing Control: Alternatíve Poíyadenylaíion and Alternative Splicing 534 mRN A Translation Control by Ribosome Selection 536 RNA Interference: Silencing of Gene Expression at the Posttranscriptlonal Level by Small Regulatory RNAs 537 The Roles of Small Regulatory RNÁs in Posttranscriptìonal Gene Silencing 537 Regulation of Gene Expression Posttranscriptionaliy by Controlling mRNA Degradation and Protein Degradation 540 Control of mRNÄ Degradation 540 Control of Protein Degradation 541 Summary ЂМ Analytics! Approaches to Solving Genetics Problems ЅШ. Questions and Problems S€S C IJPIÍ S 19 s Aielpis ®ff ШтФџшта 547 Basic Events of Development 547 Model Organisms for the Genetic Analysis oí Development 548 Developmental Results from Differential Gene Expression 550 Constancy of DNA in the Genome during Development 550 Examples of Differential Gene Activity during Development 552 Exception to the Constancy of Genomic DNA during Development: DNÁ Loss in Antibody- Producing Cells 553 Case Study; Sex Determination and Dosage Compensation in Mammals and ВгторШа 557 Sex Determination in Mammals 557 Paras on Genomics: The Pbiypus-An Odd Mammal with a ¥ery Odd Genome 558 Dosage Compensation Mechanism for X-Linked Genes in Mammals 558 Sex Determination ín Drosophila 559 Dosage Compensation in ProsopMa 562 ■Case Study. :. Genetic Regulation -of the Development of the Шѕо^Ша Sody Plan 564 ■ Dr0Sť>pMd Devebpmetital Stages 5Й /Embryonic Development 564 : Mtcroarmy itaalysis alDmsophtìa Development 5П The lofes of niiiAs In Development 572 Seeaaiy ЅШ ииађвеа! iiiroaeltes f β Sehteg tinettes Problems SIS ttssf ею »і РюЬїш$ SÎ4 β « І P T f R 20 і «I ©siiti1 578 Relationship of the Celt Cycle to Cancer 579 Molecular Control of the Cell Cycle 579 Regulation of Cell Division in Normal Cells 580 Cancers Are Genetic Diseases 581 Genes and Cancer 582 Oneogenes 582 TRimor Suppressor Genes 588 MicroRNA Genes 593 Mutator Genes 594 Telomere Shortening, Telomerase, and Human Cancer 595 The Multistep Nature of Cancer 595 Chemicals and Radiation as Carcinogens 596 Chemical Carcinogens 596 Focus oil Genomics: The Cancer Methylome 597 Radiation 597 Summary ЅШ Analytical Approaches to Solving Genetics Problems 399 Questions and Problems SSi C H ft P T E H 21 s 603 Genetic Structure of Populations 605 Genotype Frequencies 605 Alíele Frequencies 605 The Hardy-Weinberg Law 608 Assumptions of the Hardy-Weinberg Law 609 Predictions of the Hardy-Weinberg Law 609 Derivation of the Hardy-Weinberg Law 609 Extensions of the Hardy-Weinberg Law to Loci with More than Two Alíeles 611 Extensions of the Hardy-Wemberg Law to X-Lmked Alíeles 612 Testing for Hardy-Weinberg Proportions 612 Using the Hardy-Weinberg Law to Estimate Alíele Frequencies 613 Genetic Variation in Space and Time 614 Genetic Variation in Natura! Populations 614 xi Measuring Genetic Variation at the Protein Level 615 Measuring Genetic Variation at the DNA Level 618 Focus on Genomics: The 1,000 Genome Project 621 Forces That Change Gene Frequencies in Populations 621 Mutation 622 Random Genetic Drift 624 Migration 629 Natural Selection 630 Balance between Mutation and Selection 638 Assortative Mating 638 Inbreeding 639 Summary of the Effects of Evolutionary Forces on the Genetic Structure of a Population 640 Changes in Alíele Frequency Within a Population 640 Increases and Decreases in Genetic Variation Within Populations 640 The Effects of Crossing Over on Genetic Variation 640 The Role of Genetics in Conservation Biology 641 Speciation 641 Barriers to Gene Flow 642 Genetic Basis for Speciation 642 Summary©© Analytical Approaches to Solving Genetics Problems 643 Questions and Problems V С Я А РТЕ ü 22 ^ e §щ®і©§ 650 The Nature of Continuous Traits 650 Questions Studied in Quantitative Genetics 651 The inheritance of Continuous Traits 651 Polygene Hypothesis for Quantitative Inheritance 652 Polygene Hypothesis for Wheat Kernel Color 652 Statistical Tools 653 Samples and Populations 654 Distributions 654 The Mean 655 The Variance and the Standard Deviation 655 Correlation 656 Regression 658 Analysis of Variance 659 Quantitative Genetic Analysis 660 Inheritance of Ear Length in Corn 660 Heritability 661 Components of the Phenotypic Variance 661 Broad-Sense and Narrow-Sense Heritability 663 Understanding Heritability 664 How Heritability is Calculated 665 Response to Selection 666 Estimating the Response to Selection 667 Genetic Correlations 668 Quantitative Trait Loci 670 Focus on Genomics: QTL Analysis of Aggression in Drosophila melanogaster 673 Summary § Ш Analytical Approaches to Solving Genetics Problems . Questions and Problems Sf S I CD a. 9 \| \| і CHAPTER 23 iaüiteitaf йлш!шііо>§ 683 Patterns and Modes of Substitutions 684 Nucleotide Substitutions in DNA Sequences 684 Rates of Nucleotide Substitutions 685 Variation in Evolutionary Rates between Genes 688 Rates of Evolution in Mitochondrial DNA 690 Molecular Clocks 690 Molecular Phytogeny 692 Phylogenetic Trees 692 Focus on Genomics: Horizontal Gene Transfer 694 Reconstruction Methods 695 Phylogenetic Trees on a Grand Scale 698 Acquisition and Origins of New Functions 700 Multigene Families 700 Gene Duplication and Gene Conversion 701 Arabidopsis Genome 701 Summary 1Ш Analytical Approaches to Solving Genetics Problems Questions and Problems Glossary 707 Suggested Readings 728 Solutions to Selected Questions and Problems 742 Credits 802 index 805
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owner	DE-355 DE-BY-UBR DE-20 DE-29T DE-83 DE-634 DE-19 DE-BY-UBM
owner_facet	DE-355 DE-BY-UBR DE-20 DE-29T DE-83 DE-634 DE-19 DE-BY-UBM
physical	XIX, 828 S. zahlr. Ill., graph. Darst.
publishDate	2010
publishDateSearch	2010
publishDateSort	2010
publisher	Benjamin Cummings
record_format	marc
spelling	Russell, Peter J. Verfasser aut iGenetics a molecular approach Peter J. Russell Genetics 3. ed., Pearson internat. ed. San Francisco, Calif. [u.a.] Benjamin Cummings 2010 XIX, 828 S. zahlr. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier With its modern chapter organization and new Focus on Genomics boxes, iGenetics: A Molecular Approach reflects the increasing molecular emphasis in todays experimental study of genes while helping students develop problem-solving skills and an appreciation for classic experiments. Although molecular topics are presented first, instructors can assign the chapters in any sequence.Pedagogical features such as chapter-opening Key Questions and strategically placed Keynotes help students to efficiently master genetic concepts. The Genetics Place Companion Website contains interactive iActivities and narrated animations that help students visualize and understand processes and concepts that are illustrated in the text. Molecular genetics Genetik (DE-588)4071711-2 gnd rswk-swf (DE-588)4123623-3 Lehrbuch gnd-content Genetik (DE-588)4071711-2 s b DE-604 Digitalisierung UB Regensburg application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=017129104&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Russell, Peter J. iGenetics a molecular approach Molecular genetics Genetik (DE-588)4071711-2 gnd
subject_GND	(DE-588)4071711-2 (DE-588)4123623-3
title	iGenetics a molecular approach
title_alt	Genetics
title_auth	iGenetics a molecular approach
title_exact_search	iGenetics a molecular approach
title_full	iGenetics a molecular approach Peter J. Russell
title_fullStr	iGenetics a molecular approach Peter J. Russell
title_full_unstemmed	iGenetics a molecular approach Peter J. Russell
title_short	iGenetics
title_sort	igenetics a molecular approach
title_sub	a molecular approach
topic	Molecular genetics Genetik (DE-588)4071711-2 gnd
topic_facet	Molecular genetics Genetik Lehrbuch
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=017129104&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT russellpeterj igeneticsamolecularapproach AT russellpeterj genetics

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