Search Results - "transcription factor"

Transcription factors in macrophage differentiation

Table of Contents: “…Contents: Control of cellular identity and cell numbers -- Gain and loss of function approaches -- Transcription factor/cytokine interplay -- Mechanism: transcription factor levels, balance and combinatorial control -- Enhancer definition of macrophage identity -- Differentiation and cell cycle control.…”
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Transcription factors in macrophage differentiation

Table of Contents: “…Contents: Control of cellular identity and cell numbers -- Gain and loss of function approaches -- Transcription factor/cytokine interplay -- Mechanism: transcription factor levels, balance and combinatorial control -- Enhancer definition of macrophage identity -- Differentiation and cell cycle control.…”
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Transcription factors in macrophage differentiation

Table of Contents: “…Contents: Control of cellular identity and cell numbers -- Gain and loss of function approaches -- Transcription factor/cytokine interplay -- Mechanism: transcription factor levels, balance and combinatorial control -- Enhancer definition of macrophage identity -- Differentiation and cell cycle control.…”
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Calcium and transcription-coupling

Table of Contents: “…Contents: Calcium sources -- Calcium-regulated transcription factors: Calcium/cAMP response element binding protein (CREB), nuclear factor of activated T-cells (NFAT) and serum response factor (SRF) -- Calcium signaling cascades -- Calcium and cell differentiation -- Calcium and disease.…”
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Calcium and transcription-coupling

Table of Contents: “…Contents: Calcium sources -- Calcium-regulated transcription factors: Calcium/cAMP response element binding protein (CREB), nuclear factor of activated T-cells (NFAT) and serum response factor (SRF) -- Calcium signaling cascades -- Calcium and cell differentiation -- Calcium and disease.…”
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Calcium and transcription-coupling

Table of Contents: “…Contents: Calcium sources -- Calcium-regulated transcription factors: Calcium/cAMP response element binding protein (CREB), nuclear factor of activated T-cells (NFAT) and serum response factor (SRF) -- Calcium signaling cascades -- Calcium and cell differentiation -- Calcium and disease.…”
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Arachidonic acid and store-independent calcium entry

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Arachidonic acid and store-independent calcium entry

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Arachidonic acid and store-independent calcium entry

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Fuzzy protein theory for disordered proteins

Table of Contents: “…Contents: Intelligent decision-making mechanisms -- Structural disorder is maintained in protein assemblies -- Mechanisms and biological consequences of fuzziness -- Conformational diversity and context-dependence -- Fuzziness in cell differentiation and transcription factor evolution -- Material state and regulation of higher-order assemblies.…”
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Fuzzy protein theory for disordered proteins

Table of Contents: “…Contents: Intelligent decision-making mechanisms -- Structural disorder is maintained in protein assemblies -- Mechanisms and biological consequences of fuzziness -- Conformational diversity and context-dependence -- Fuzziness in cell differentiation and transcription factor evolution -- Material state and regulation of higher-order assemblies.…”
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Fuzzy protein theory for disordered proteins

Table of Contents: “…Contents: Intelligent decision-making mechanisms -- Structural disorder is maintained in protein assemblies -- Mechanisms and biological consequences of fuzziness -- Conformational diversity and context-dependence -- Fuzziness in cell differentiation and transcription factor evolution -- Material state and regulation of higher-order assemblies.…”
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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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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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Origin of myeloid cells

Table of Contents: “…Contents: Definition of monocytes, macrophages and dendritic cells -- Role of these cells in controlling innate inflammatory response and memory immune responses -- Involvement of the innate immune system in the pathophysiology of infectious and inflammatory diseases -- Development of different types of immune cells from different precursors -- The transcription factors and growth factors required to differentiate precursor cells into specific immune cells.…”
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Origin of myeloid cells

Table of Contents: “…Contents: Definition of monocytes, macrophages and dendritic cells -- Role of these cells in controlling innate inflammatory response and memory immune responses -- Involvement of the innate immune system in the pathophysiology of infectious and inflammatory diseases -- Development of different types of immune cells from different precursors -- The transcription factors and growth factors required to differentiate precursor cells into specific immune cells.…”
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Origin of myeloid cells

Table of Contents: “…Contents: Definition of monocytes, macrophages and dendritic cells -- Role of these cells in controlling innate inflammatory response and memory immune responses -- Involvement of the innate immune system in the pathophysiology of infectious and inflammatory diseases -- Development of different types of immune cells from different precursors -- The transcription factors and growth factors required to differentiate precursor cells into specific immune cells.…”
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