BAF subunit switching regulates chromatin accessibility to control cell cycle exit in the developing mammalian cortex

Keyphrases

• Control Cell 100%
• Cell Cycle Exit 100%
• Chromatin Accessibility 100%
• Mammalian Cortex 100%
• Sex-determining Region Y-box 2 (SOX2) 66%
• Neural Stem Cells 66%
• Polycomb 33%
• Cell Cycle Progression 33%
• Intellectual Disability 33%
• Novel Mechanism 33%
• C-Myc 33%
• Autism Spectrum Disorder 33%
• Stall 33%
• Neurogenesis 33%
• Neuron-specific 33%
• Cell Cycle Block 33%
• Basic Fibroblast Growth Factor (bFGF) 33%
• Subunit Exchange 33%
• Transcription Factor Binding Sites 33%
• Cell Cycle Genes 33%
• Pioneer Factor 33%
• Early Loss 33%
• Pax6 33%
• Ascl1 33%
• F-53B 33%
• Human Neural Development 33%
• Chromatin Regulatory Complex 33%

Biochemistry, Genetics and Molecular Biology

• Cell Cycle 100%
• Chromatin Accessibility 100%
• Cell Cycle Exit 100%
• Progenitor Cell 66%
• SOX2 66%
• Cell Cycle Progression 33%
• Binding Site 33%
• Transcription Factors 33%
• Intellectual Disability 33%
• Nervous System Development 33%
• Pioneer Factor 33%
• PAX6 33%
• ASCL1 33%

Neuroscience

• Cell Cycle 100%
• Cell Cycle Regulation 100%
• Neural Stem Cell 40%
• SOX2 40%
• Transcription Factors 20%
• In Vivo 20%
• Binding Site 20%
• Neurogenesis 20%
• Cell Cycle Progression 20%
• Neural Development 20%
• PAX6 20%
• Pioneer Factor 20%
• ASCL1 20%
• Autism Spectrum Disorder 20%
• Intellectual and Developmental Disabilities 20%