Nuclear pore components are involved in the transcriptional regulation of dosage compensation in Drosophila

Keyphrases

• Transcriptional Regulation 100%
• Drosophilidae 100%
• Dosage Compensation 100%
• MSL Complex 100%
• Nuclear Pore 100%
• Mammalian Target of Rapamycin (mTOR) 66%
• Nup153 66%
• Knockdown 33%
• Gene Regulation 33%
• Evolutionary 33%
• Lysine 33%
• X Chromosome 33%
• RNA-protein Complex 33%
• X-chromosomal 33%
• Chromatin Regulation 33%
• Histone H4 33%
• Drosophila Embryo 33%
• Acetyltransferase 33%
• Higher Eukaryotes 33%
• Functional Connection 33%
• Schneider Cells 33%
• X-linked Gene Expression 33%
• Physical Connectivity 33%
• Metal-organic Frameworks (MOFs) 33%
• Component Regulation 33%
• Nucleoporin 33%
• Hypertranscription 33%
• Human HeLa Cells 33%

Biochemistry, Genetics and Molecular Biology

• Dosage Compensation 100%
• Nuclear Pore 100%
• NUP153 66%
• Gene Expression 33%
• Gene Control 33%
• RNA 33%
• Gene Linkage 33%
• Eukaryote 33%
• Copurification 33%
• X Chromosome 33%
• Acyltransferase 33%
• Acetyltransferase 33%
• Histone H4 33%
• Nucleoporin 33%
• Evolution 33%
• Lysine 33%