Cell Fate

Mitotic Occupancy and Lineage-Specific Transcriptional Control of RRNA Genes by Runx2

Pharmacology / Biochemistry / Bioinformatics / Evolutionary Biology / Genetics / Marine Biology / Neuroscience / Environmental Science / Geophysics / Physics / Materials Science / Quantum Physics / Developmental Biology / Immunology / Climate Change / Molecular Biology / Structural Biology / Genomics / RNA / Computational Biology / Transcriptomics / Biotechnology / Systems Biology / Cancer / Biology / Metabolomics / Cell Cycle / Proteomics / Ecology / Drug Discovery / Evolution / Regulation / Nanotechnology / RNA polymerase / Astrophysics / Neurobiology / Medicine / Multidisciplinary / Palaeobiology / Functional Genomics / Nature / Protein synthesis / Cell Division / Signal Transduction / Transcription / Astronomy / DNA / RNA interference / Mitosis / Cell line / Cell Differentiation / Humans / Mice / Animals / Histone Modification / Cell Signalling / Medical Research / Transcription Factor / ribosomal RNA / Multienzyme complexes / RNA Polymerase I / Cell Proliferation / Base Sequence / Cell Fate / Earth Science / Interphase / Marine Biology / Neuroscience / Environmental Science / Geophysics / Physics / Materials Science / Quantum Physics / Developmental Biology / Immunology / Climate Change / Molecular Biology / Structural Biology / Genomics / RNA / Computational Biology / Transcriptomics / Biotechnology / Systems Biology / Cancer / Biology / Metabolomics / Cell Cycle / Proteomics / Ecology / Drug Discovery / Evolution / Regulation / Nanotechnology / RNA polymerase / Astrophysics / Neurobiology / Medicine / Multidisciplinary / Palaeobiology / Functional Genomics / Nature / Protein synthesis / Cell Division / Signal Transduction / Transcription / Astronomy / DNA / RNA interference / Mitosis / Cell line / Cell Differentiation / Humans / Mice / Animals / Histone Modification / Cell Signalling / Medical Research / Transcription Factor / ribosomal RNA / Multienzyme complexes / RNA Polymerase I / Cell Proliferation / Base Sequence / Cell Fate / Earth Science / Interphase

Mitotic Occupancy and Lineage-Specific Transcriptional Control of RRNA Genes by Runx2

Pharmacology / Biochemistry / Bioinformatics / Evolutionary Biology / Genetics / Marine Biology / Neuroscience / Environmental Science / Geophysics / Physics / Materials Science / Quantum Physics / Developmental Biology / Immunology / Climate Change / Molecular Biology / Structural Biology / Genomics / RNA / Computational Biology / Transcriptomics / Biotechnology / Systems Biology / Cancer / Biology / Metabolomics / Cell Cycle / Proteomics / Ecology / Drug Discovery / Evolution / Regulation / Nanotechnology / RNA polymerase / Astrophysics / Neurobiology / Medicine / Multidisciplinary / Palaeobiology / Functional Genomics / Nature / Protein synthesis / Cell Division / Signal Transduction / Transcription / Astronomy / DNA / RNA interference / Mitosis / Cell line / Cell Differentiation / Humans / Mice / Animals / Histone Modification / Cell Signalling / Medical Research / Transcription Factor / ribosomal RNA / Multienzyme complexes / RNA Polymerase I / Cell Proliferation / Base Sequence / Cell Fate / Earth Science / Interphase / Marine Biology / Neuroscience / Environmental Science / Geophysics / Physics / Materials Science / Quantum Physics / Developmental Biology / Immunology / Climate Change / Molecular Biology / Structural Biology / Genomics / RNA / Computational Biology / Transcriptomics / Biotechnology / Systems Biology / Cancer / Biology / Metabolomics / Cell Cycle / Proteomics / Ecology / Drug Discovery / Evolution / Regulation / Nanotechnology / RNA polymerase / Astrophysics / Neurobiology / Medicine / Multidisciplinary / Palaeobiology / Functional Genomics / Nature / Protein synthesis / Cell Division / Signal Transduction / Transcription / Astronomy / DNA / RNA interference / Mitosis / Cell line / Cell Differentiation / Humans / Mice / Animals / Histone Modification / Cell Signalling / Medical Research / Transcription Factor / ribosomal RNA / Multienzyme complexes / RNA Polymerase I / Cell Proliferation / Base Sequence / Cell Fate / Earth Science / Interphase

Transcriptional activation of polycomb-repressed genes by ZRF1

Multidisciplinary / Gene Silencing / Nature / Molecular Mechanics / Cell line / Humans / Chromatin / Histones / Cell Fate / DNA binding proteins / Polycomb group proteins / Gene Expression Regulation / Humans / Chromatin / Histones / Cell Fate / DNA binding proteins / Polycomb group proteins / Gene Expression Regulation

Mitotic occupancy and lineage-specific transcriptional control of rRNA genes by Runx2

Pharmacology / Biochemistry / Bioinformatics / Evolutionary Biology / Genetics / Marine Biology / Neuroscience / Environmental Science / Geophysics / Physics / Materials Science / Quantum Physics / Developmental Biology / Immunology / Climate Change / Molecular Biology / Structural Biology / Genomics / RNA / Computational Biology / Transcriptomics / Biotechnology / Systems Biology / Cancer / Biology / Metabolomics / Cell Cycle / Proteomics / Ecology / Drug Discovery / Evolution / Regulation / Nanotechnology / RNA polymerase / Astrophysics / Neurobiology / Medicine / Multidisciplinary / Palaeobiology / Functional Genomics / Nature / Protein synthesis / Cell Division / Signal Transduction / Transcription / Astronomy / DNA / RNA interference / Mitosis / Cell line / Cell Differentiation / Humans / Mice / Animals / Histone Modification / Cell Signalling / Medical Research / Transcription Factor / ribosomal RNA / Multienzyme complexes / RNA Polymerase I / Cell Proliferation / Base Sequence / Cell Fate / Earth Science / Interphase / Marine Biology / Neuroscience / Environmental Science / Geophysics / Physics / Materials Science / Quantum Physics / Developmental Biology / Immunology / Climate Change / Molecular Biology / Structural Biology / Genomics / RNA / Computational Biology / Transcriptomics / Biotechnology / Systems Biology / Cancer / Biology / Metabolomics / Cell Cycle / Proteomics / Ecology / Drug Discovery / Evolution / Regulation / Nanotechnology / RNA polymerase / Astrophysics / Neurobiology / Medicine / Multidisciplinary / Palaeobiology / Functional Genomics / Nature / Protein synthesis / Cell Division / Signal Transduction / Transcription / Astronomy / DNA / RNA interference / Mitosis / Cell line / Cell Differentiation / Humans / Mice / Animals / Histone Modification / Cell Signalling / Medical Research / Transcription Factor / ribosomal RNA / Multienzyme complexes / RNA Polymerase I / Cell Proliferation / Base Sequence / Cell Fate / Earth Science / Interphase

INCREASED SIZE EXCLUSION LIMIT2 Encodes a Putative DEVH Box RNA Helicase Involved in Plasmodesmata Function during Arabidopsis Embryogenesis

Genetics / Plant Biology / Plasmodesmata / Gene expression / Gene Silencing / Protein Structure and Function / Mutation / Arabidopsis / Phenotype / Molecular cloning / microRNAs / Embryonic Development / Seeds / Seedling / Biological markers / Plant cell / Subcellular Fractions / Cell Fate / Embryos / Protein Transport / Biochemistry and cell biology / Down-Regulation / Protein Structure and Function / Mutation / Arabidopsis / Phenotype / Molecular cloning / microRNAs / Embryonic Development / Seeds / Seedling / Biological markers / Plant cell / Subcellular Fractions / Cell Fate / Embryos / Protein Transport / Biochemistry and cell biology / Down-Regulation

In Situ Dividing and Phagocytosing Retinal Microglia Express Nestin, Vimentin, and NG2 In Vivo

Multidisciplinary / Optic Nerve / Female / Animals / Microglia / Retina / Astrocyte / PLoS one / Fluorescent Antibody Technique / Proteoglycans / Rats / Phagocytosis / Confocal Laser Scanning Microscopy / Cell Proliferation / Cell Fate / Vimentin / Antigens / Retina / Astrocyte / PLoS one / Fluorescent Antibody Technique / Proteoglycans / Rats / Phagocytosis / Confocal Laser Scanning Microscopy / Cell Proliferation / Cell Fate / Vimentin / Antigens

Ectopic Pax2 expression in chick ventral optic cup phenocopies loss of Pax2 expression

Developmental Biology / Retinal Pigment Epithelium / Biological Sciences / Cell Differentiation / Optic Nerve / Electroporation / Animals / Retina / Visual System / Astrocyte / Fibroblast Growth Factor / Inner Ear / Developmental / System Development / Eye / Pax / Cell Fate / Optic Cup / Cell Growth / Wilms tumor / Electroporation / Animals / Retina / Visual System / Astrocyte / Fibroblast Growth Factor / Inner Ear / Developmental / System Development / Eye / Pax / Cell Fate / Optic Cup / Cell Growth / Wilms tumor

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