LEWIN基因精要

《LEWIN基因精要(第2版)》内容简介：Completely revised and updated with the latest findings in the field, the second edition of Lewin's Essential GENES provides students with a fundamental background in molecular biology and molecular genetics. An exceptional new pedagogy enhances student learning and helps readers understand and retain key material like never before. New Concept and Reasonin...

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《LEWIN基因精要(第2版)》内容简介：Completely revised and updated with the latest findings in the field, the second edition of Lewin's Essential GENES provides students with a fundamental background in molecular biology and molecular genetics. An exceptional new pedagogy enhances student learning and helps readers understand and retain key material like never before. New Concept and Reasoning Checks at the end of each chapter section, End of Chapter Questions and Further Readings sections, and several categories of special topics boxes expand and reinforce important concepts. The reorganization of topics allows students to focus more sharply on the key material at hand and improves the natural flow of course material. New end-of-chapter questions review major points and allow students to test themselves on important course material.

PART Ⅰ.GENESChapter 1.Genes Are DNAChapter 2.Genes Code for ProteinsChapter 3.The Interrupted GeneChapter 4.The Content of the GenomeChapter 5.Genome Sequences and Gene NumbersChapter 6.CLusters and RepeatsPART Ⅱ.PROTEINSChapter 7.Messenger RNAChapter 8.TransLationChapter 9.Using the Genetic CodeChapter 10.Protein LocaLizationPART Ⅲ.PROKARYOTIC GENE EXPRESSIONChapter 11.Bacterial TranscriptionChapter 12.The OperonChapter 13.ReguLatory RNAChapter 14.Phage StrategiesPART Ⅳ.DNA REPLICATION AND RECOMBINATIONChapter 15.The RepticonChapter 16.Extrachromosomal RepliconsChapter 17.Bacterial RepLication Is Connected to the CeLL CycLeChapter 18.DNA RepLicationChapter 19.HomoLogous and Site-Specific RecombinationChapter 20.Repair SystemsChapter 21.Transposons, Retroviruses, and RetrotransposonsChapter 22.Immune DiversityChapter 23.ChromosomesPART Ⅴ.EUKARYOTIC GENE EXPRESSIONChapter 24.ChromatinChapter 25.Eukaryotic TranscriptionChapter 26.Eukaryotic Transcription ReguLationChapter 27.Epigenetic Effects Are InheritedChapter 28.RNA SpLicing and ProcessingChapter 29.CataLytic RNAChapter 30.Genetic EngineeringGLossaryAppendix: Answers to Even-Numbered QuestionsIndex

PART Ⅰ.GENESChapter 1.Genes Are DNAChapter 2.Genes Code for ProteinsChapter 3.The Interrupted GeneChapter 4.The Content of the GenomeChapter 5.Genome Sequences and Gene NumbersChapter 6.CLusters and RepeatsPART Ⅱ.PROTEINSChapter 7.Messenger RNAChapter 8.TransLationChapter 9.Using the Genetic CodeChapter 10.Protein LocaLizationPART Ⅲ.PROKARYOTIC GENE EXPRESSIONChapter 11.Bacterial TranscriptionChapter 12.The OperonChapter 13.ReguLatory RNAChapter 14.Phage StrategiesPART Ⅳ.DNA REPLICATION AND RECOMBINATIONChapter 15.The RepticonChapter 16.Extrachromosomal RepliconsChapter 17.Bacterial RepLication Is Connected to the CeLL CycLeChapter 18.DNA RepLicationChapter 19.HomoLogous and Site-Specific RecombinationChapter 20.Repair SystemsChapter 21.Transposons, Retroviruses, and RetrotransposonsChapter 22.Immune DiversityChapter 23.ChromosomesPART Ⅴ.EUKARYOTIC GENE EXPRESSIONChapter 24.ChromatinChapter 25.Eukaryotic TranscriptionChapter 26.Eukaryotic Transcription ReguLationChapter 27.Epigenetic Effects Are InheritedChapter 28.RNA SpLicing and ProcessingChapter 29.CataLytic RNAChapter 30.Genetic EngineeringGLossaryAppendix: Answers to Even-Numbered QuestionsIndex
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