Search Results - "chromatin"

Epigenetics & Chromatin

Open Access

Epigenetics & Chromatin

Open Access

Dynamic chromatin ATP-dependent chromatin remodeling machines /

Table of Contents: “…Contents: ATP-dependent chromatin remodeling complexes -- ATP hydrolysis and nucleosome dynamics -- Mechanistic action -- Cellular function.…”
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Chromatin and transcription

Table of Contents: “…Contents: Chromatin remodeling for transcription -- The RNA polymerase II transcription machinery -- Mediator of transcriptional regulation -- Atomic structure of RNA polymerase II and of a transcribing complex -- Structural basis of ribonucleotide addition and transcript elongation -- Structure of a complete pre-initiation complex.…”
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Dynamic chromatin ATP-dependent chromatin remodeling machines /

Table of Contents: “…Contents: ATP-dependent chromatin remodeling complexes -- ATP hydrolysis and nucleosome dynamics -- Mechanistic action -- Cellular function.…”
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Chromatin and transcription

Table of Contents: “…Contents: Chromatin remodeling for transcription -- The RNA polymerase II transcription machinery -- Mediator of transcriptional regulation -- Atomic structure of RNA polymerase II and of a transcribing complex -- Structural basis of ribonucleotide addition and transcript elongation -- Structure of a complete pre-initiation complex.…”
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The structure and function of chromatin

Subjects: “…Chromatin Congresses.…”
An electronic book accessible through the World Wide Web; click to view

Chromatin genes and disease

Table of Contents: “…Contents: Chromatin genes and disease -- Epigenetics: the phenotype reflects the pattern of gene expression -- The role of chromatin in epigenetic regulation -- Epigenetic factors and their role in gene expression -- Human diseases involving epigenetic factors.…”
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Introduction to chromatin structure

Table of Contents: “…Contents: Chromatin and differential regulation of transcription -- Basic structure and properties of a nucleosome -- Current knowledge on higher order chromatin structures.…”
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Introduction to chromatin structure

Table of Contents: “…Contents: Chromatin and differential regulation of transcription -- Basic structure and properties of a nucleosome -- Current knowledge on higher order chromatin structures.…”
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Chromatin genes and disease

Table of Contents: “…Contents: Chromatin genes and disease -- Epigenetics: the phenotype reflects the pattern of gene expression -- The role of chromatin in epigenetic regulation -- Epigenetic factors and their role in gene expression -- Human diseases involving epigenetic factors.…”
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Cytogenetic abnormalities : chromosomal, FISH, and microarray-based clinical reporting / by Zneimer, Susan Mahler

Subjects: An electronic book accessible through the World Wide Web; click to view

New developments in chromatin research

Subjects: “…Chromatin Research Methodology.…”
An electronic book accessible through the World Wide Web; click to view

Genome-wide organization of chromatin and the transcription machinery

Table of Contents: “…Contents: Genomics of gene regulation -- Chromatin -- Canonical nucleosome organization around genes -- ChIP-exo mapping of sequence-specific transcription factors -- Genomic organization of transcription pre-initiation complexes.…”
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Genome-wide organization of chromatin and the transcription machinery

Table of Contents: “…Contents: Genomics of gene regulation -- Chromatin -- Canonical nucleosome organization around genes -- ChIP-exo mapping of sequence-specific transcription factors -- Genomic organization of transcription pre-initiation complexes.…”
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The basal transcription machinery for RNA polymerase II

Table of Contents: “…Contents: The basal transcription machinery for RNA polymerase II -- DNA transcription -- Basal or general transcription factors -- Chromatin modifications -- RNA polymerase II -- TFIID -- Mediator.…”
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Chromatin architecture and alterations in the control of gene regulation

Table of Contents: “…Contents: The chromatin environment -- Hierarchical organization of chromatin fibers within interphase chromosomes -- Milestone experiments that linked chromatin architecture and gene expression -- Proteins and processes that influence both chromatin fiber architecture and gene expression -- Core histone N-terminal tail domains -- Core histone sequence variants -- Linker histones -- Heterochromatin proteins -- Histone post-translational modifications -- The structurally dynamic nature of the genome in vivo and its relation to gene expression.…”
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Chromatin architecture and alterations in the control of gene regulation

Table of Contents: “…Contents: The chromatin environment -- Hierarchical organization of chromatin fibers within interphase chromosomes -- Milestone experiments that linked chromatin architecture and gene expression -- Proteins and processes that influence both chromatin fiber architecture and gene expression -- Core histone N-terminal tail domains -- Core histone sequence variants -- Linker histones -- Heterochromatin proteins -- Histone post-translational modifications -- The structurally dynamic nature of the genome in vivo and its relation to gene expression.…”
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Skin epigenetics how chromatin regulators orchestrate skin functions /

Table of Contents: “…-- Genes encoding keratinocyte-specific proteins -- Molecular signature of epidermal layers -- Levels of epigenetic regulation -- DNA methylation and hydroxymethylation -- DNA methylation influence on the epidermis -- Post-translational histone/covalent modifications -- Histone acetylation/de-acetylation -- Polycomb-repressive complex -- Polycomb and Trithorax play antagonistic roles -- ATP-dependent chromatin remodeling -- Non-coding RNA-dependent mechanisms -- Nucleus: storage, replication of genetic material -- Topological gene interactomes -- Morphogenesis of the epidermis -- Epidermal differentiation complex -- EDC and Lor relocation to nuclear interior -- p63 and Brg1 ablation results in retention of EDC -- Genome organizer AT-rich binding Satb1 protein -- Transcription factor and epigenetic mechanisms -- Future directions of epigenetic research.…”
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Skin epigenetics how chromatin regulators orchestrate skin functions /

Table of Contents: “…-- Genes encoding keratinocyte-specific proteins -- Molecular signature of epidermal layers -- Levels of epigenetic regulation -- DNA methylation and hydroxymethylation -- DNA methylation influence on the epidermis -- Post-translational histone/covalent modifications -- Histone acetylation/de-acetylation -- Polycomb-repressive complex -- Polycomb and Trithorax play antagonistic roles -- ATP-dependent chromatin remodeling -- Non-coding RNA-dependent mechanisms -- Nucleus: storage, replication of genetic material -- Topological gene interactomes -- Morphogenesis of the epidermis -- Epidermal differentiation complex -- EDC and Lor relocation to nuclear interior -- p63 and Brg1 ablation results in retention of EDC -- Genome organizer AT-rich binding Satb1 protein -- Transcription factor and epigenetic mechanisms -- Future directions of epigenetic research.…”
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