Search Results - "chromatin"

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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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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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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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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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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Histone dynamics, heritability and variants

Table of Contents: “…Contents: DNA is organized into chromatin which promotes compaction and brings about additional information -- The histone code hypothesis -- Chromatin dynamics and heritability -- Factors involved in chromatin dynamics -- Nucleosomes disruption and assembly following DNA replication fork passage -- General steps in chromatin assembly -- Histone chaperones and their possible roles (CAF-1, HIRA, ...) -- Histone H3 variants and chromatin assembly coupled or not with DNA synthesis -- Specific histone deposition pathways for each variant? …”
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Series (Epigenetics : concepts, theories, paradigms and mechanisms)
Series (Eukaryotic gene regulation)
Series (Epigenetics, chromatin, transcription and cancer)

Eukaryotic gene regulation from chromatin to transcription to mRNA processing

“…Eukaryotic gene regulation : from chromatin to transcription to RNA messenger processing…”
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Eukaryotic gene regulation from chromatin to transcription to mRNA processing

“…Eukaryotic gene regulation : from chromatin to transcription to RNA messenger processing…”
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Eukaryotic gene regulation from chromatin to transcription to mRNA processing

“…Eukaryotic gene regulation : from chromatin to transcription to RNA messenger processing…”
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Histone dynamics, heritability and variants

Table of Contents: “…Contents: DNA is organized into chromatin which promotes compaction and brings about additional information -- The histone code hypothesis -- Chromatin dynamics and heritability -- Factors involved in chromatin dynamics -- Nucleosomes disruption and assembly following DNA replication fork passage -- General steps in chromatin assembly -- Histone chaperones and their possible roles (CAF-1, HIRA, ...) -- Histone H3 variants and chromatin assembly coupled or not with DNA synthesis -- Specific histone deposition pathways for each variant? …”
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Series (Epigenetics : concepts, theories, paradigms and mechanisms)
Series (Eukaryotic gene regulation)
Series (Epigenetics, chromatin, transcription and cancer)

Histone dynamics, heritability and variants

Table of Contents: “…Contents: DNA is organized into chromatin which promotes compaction and brings about additional information -- The histone code hypothesis -- Chromatin dynamics and heritability -- Factors involved in chromatin dynamics -- Nucleosomes disruption and assembly following DNA replication fork passage -- General steps in chromatin assembly -- Histone chaperones and their possible roles (CAF-1, HIRA, ...) -- Histone H3 variants and chromatin assembly coupled or not with DNA synthesis -- Specific histone deposition pathways for each variant? …”
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Series (Epigenetics : concepts, theories, paradigms and mechanisms)
Series (Eukaryotic gene regulation)
Series (Epigenetics, chromatin, transcription and cancer)

DNA methylation

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Series (Eukaryotic gene regulation)
Series (Epigenetics, chromatin, transcription and cancer)

Visualization of transcription factor interactions in living cells

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Series (Eukaryotic gene regulation)
Series (Epigenetics, chromatin, transcription and cancer)

The Beta-globin locus

Table of Contents: “…Contents: The globin loci encode hemoglobin subunits -- Erythrocytes & hemoglobin -- Human globin genes and hemoglobins -- Globin gene expression during development -- Globin gene structure -- Sickle cell disease -- Beta-thalassemia -- Transcriptional regulation by recruitment (Enhancers, Silencers and Insulators) -- Chromatin conformation capture (3C) assay -- Chromatin looping in the beta-globin locus -- The LDB1 complex in erythroid cells -- Nuclear re-location of the beta-globin locus -- Natural mutations and hemoglobin switching -- BCL11A, beta-globin and gamma-globin expression -- Interfering with BCL11A silencing.…”
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Series (Eukaryotic gene regulation)
Series (Epigenetics, chromatin, transcription and cancer)

DNA methylation

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Series (Eukaryotic gene regulation)
Series (Epigenetics, chromatin, transcription and cancer)

DNA methylation

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Series (Eukaryotic gene regulation)
Series (Epigenetics, chromatin, transcription and cancer)

Visualization of transcription factor interactions in living cells

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Series (Eukaryotic gene regulation)
Series (Epigenetics, chromatin, transcription and cancer)

Visualization of transcription factor interactions in living cells

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Series (Eukaryotic gene regulation)
Series (Epigenetics, chromatin, transcription and cancer)

Gene structure, expression and regulation translation and regulation of gene expression /

Table of Contents: “…Contents: The translation process -- The ribosome and ribosomal RNA -- Loading tRNA with amino acid -- Translation initiation -- Translation elongation -- Translation termination -- Post translation modification -- Diverse mechanisms to control of gene expression -- Promoter usage determines protein product -- The roles of non-coding RNAs -- Chromatin level modifications.…”
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