Gene Control

Gene Control By Latchman, David Published by Taylor & Francis Publication Date: 2015-02-23 Subject: Science Life Sciences Biology, Science Life Sciences Cell Biology, Science Life Sciences General, Science Life Sciences Genetics & Genomics, Science Life Sciences Molecular Biology, Science Life Sciences - Biochemistry, Science Life Sciences - Biology, Science Life Sciences - Genetics & Genomics, Science Life Sciences - Molecular Biology, Cellular Biology (Cytology), Genetics (Non-Medical), Life Sciences: General, Genetics (Non-Medical), Science Life Sciences Biology, Science, Life Sciences, Biology, Science Life Sciences Genetics & Genomics, Genetics & Genomics, Science Life Sciences Molecular Biology, Molecular Biology, Science Life Sciences General, General, Dnasei Hypersensitive Sites;Basal Transcriptional Complex;Gene Control;Dna Bind Transcription Factor;Gene Regulation;Snf Complex;Chromatin Structure;Dna Methylation;Epigenome;Epigenetic Regulation;Dna Methyltransferase Enzyme;Transcription;Alternative Splicing Factors;Transcription Factors;Histone H3;Post-Transcription;Rna Polymerase;Open Chromatin Structure;Eukaryotes;Rpb1 Subunit;Gene Expression;Dna Bind Domain;Mef2 Transcription Factor;Dna Rearrangement;Dna Looping;Histone Modifications;Transcriptional Initiation;Rna Polymerase Iv;Es Cell;Cell Type Specific Gene Expression;Cbc;Undifferentiated Es Cell;Muscle Specific Gene Expression;Helix Turn Helix Motif, Life Sciences - Molecular Biology Subject Keywords: Chromatin structure; Epigenetic regulation; Epigenome; Gene control; Gene Regulation; Post-transcription; Transcription; Transcription factors; eukaryotes; gene expression; DNaseI Hypersensitive Sites; Basal Transcriptional Complex; DNA Bind Transcription Factor; SNF Complex; DNA Methylation; DNA Methyltransferase Enzyme; Alternative Splicing Factors; Histone H3; RNA Polymerase; Open Chromatin Structure; RPB1 Subunit; MEF2 Transcription Factor; DNA Rearrangement; DNA Looping; DNA Bind Domain; Histone Modifications, DNaseI Hypersensitive Sites;Basal Transcriptional Complex;Gene control;DNA Bind Transcription Factor;Gene Regulation;SNF Complex;Chromatin structure;DNA Methylation;Epigenome;Epigenetic regulation;DNA Methyltransferase Enzyme;Transcription;Alternative Splicing Factors;Transcription factors;Histone H3;Post-transcription;RNA Polymerase;David S. Latchman;Open Chromatin Structure;eukaryotes;RPB1 Subunit;gene expression;DNA Bind Domain;MEF2 Transcription Factor;DNA Rearrangement;DNA Looping;Histone Modifications;Transcriptional Initiation;RNA Polymerase Iv;ES Cell;Cell Type Specific Gene Expression;Cbc;Undifferentiated ES Cell;Muscle Specific Gene Expression;Helix Turn Helix Motif, DNaseI Hypersensitive Sites;Basal Transcriptional Complex;Gene control;DNA Bind Transcription Factor;Gene Regulation;SNF Complex;Chromatin structure;DNA Methylation;Epigenome;Epigenetic regulation;DNA Methyltransferase Enzyme;Transcription;Alternative Splicing Factors;Transcription factors;Histone H3;Post-transcription;RNA Polymerase;Open Chromatin Structure;eukaryotes;RPB1 Subunit;gene expression;DNA Bind Domain;MEF2 Transcription Factor;DNA Rearrangement;DNA Looping;Histone Modifications;Transcriptional Initiation;RNA Polymerase Iv;ES Cell;Cell Type Specific Gene Expression;Cbc;Undifferentiated ES Cell;Muscle Specific Gene Expression;Helix Turn Helix Motif Genre: Genetics (Non-Medical), Genetics (Non-Medical), Science, Life Sciences, Biology, Science, Life Sciences, Genetics & Genomics, Science, Life Sciences, Molecular Biology, Science, Life Sciences, General Target Audience: Tertiary education