2002Oxford University Press eBooksRequires access

Molecular plant biology : a practical approach

Philip M. Gilmartin, Chris Bowler

Open publisher page 26 citations

Abstract

PART 1: GENE IDENTIFICATION 1. Classical mutagenesis in higher plants 2. Plant transfomrmation 3. T-DNA tagging 4. Transposion tagging methods in heterologous plants 5. Cloning plant genes by genomic subtraction PART 2: GENE ORGANIZATION 6. Approaches to gene mapping 7. Arabidopsis YAC, BAC and cosmid libraries 8. In situ hybridization to plant chromosomes and DNA fibres PART 3: LIBRARY SCREENING AND CDNA ISOLATION 9. PCR cloning approaches 10. Western and southwestern library screens 11. Complementation Cloning

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PART 1: GENE IDENTIFICATION 1. Classical mutagenesis in higher plants 2. Plant transfomrmation 3. T-DNA tagging 4. Transposion tagging methods in heterologous plants 5. Cloning plant genes by genomic subtraction PART 2: GENE ORGANIZATION 6. Approaches to gene mapping 7. Arabidopsis YAC, BAC and cosmid libraries 8. In situ hybridization to plant chromosomes and DNA fibres PART 3: LIBRARY SCREENING AND CDNA ISOLATION 9. PCR cloning approaches 10. Western and southwestern library screens 11. Complementation Cloning

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Available abstract

PART 1: GENE IDENTIFICATION 1. Classical mutagenesis in higher plants 2. Plant transfomrmation 3. T-DNA tagging 4. Transposion tagging methods in heterologous plants 5. Cloning plant genes by genomic subtraction PART 2: GENE ORGANIZATION 6. Approaches to gene mapping 7. Arabidopsis YAC, BAC and cosmid libraries 8. In situ hybridization to plant chromosomes and DNA fibres PART 3: LIBRARY SCREENING AND CDNA ISOLATION 9. PCR cloning approaches 10. Western and southwestern library screens 11. Complementation Cloning

Key concepts: Cosmid, Biology, Genomic library, Cloning (programming), Genetics, Molecular cloning, Gene, Arabidopsis

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