Regulation of Cidea protein stability by the ubiquitin-mediated proteasomal degradation pathway

Immunology and Microbiology

• Amino Terminal Sequence 100%
• Protein Stability 100%
• Brown Adipocyte 100%
• Proteasome 100%
• Cell Line 50%
• Cell Culture 50%
• Knockout Mouse 50%
• Energy Expenditure 50%
• Protein Processing 50%
• Cell Death 50%
• Carboxy Terminal Sequence 50%
• DNA Fragmentation 50%
• Lipid Storage 50%
• Thermogenesis 50%
• Wild Type 50%
• Brown Adipose Tissue 50%

Biochemistry, Genetics and Molecular Biology

• Protein Stability 100%
• Ubiquitin 100%
• Lysine 100%
• N-Terminus 50%
• Adipocyte 50%
• Posttranslational Modification 25%
• Wild Type 25%
• Proteasome Inhibitor 25%
• Cell Culture 25%
• Thermogenesis 25%
• Knockout Mouse 25%
• Energy Expenditure 25%
• C-Terminus 25%
• Lipid Storage 25%
• DNA Fragmentation 25%
• Cycloheximide 25%
• Cell Death 25%
• Proteasome 25%
• Alanine 25%

Keyphrases

• Ubiquitin 100%
• Degradation Pathway 100%
• Protein Stability 100%
• Proteasomal Degradation 100%
• CIDEA 100%
• Lysine Residue 27%
• Brown Adipocytes 18%
• Cell Death 9%
• Brown Adipose Tissue 9%
• Null Mice 9%
• Post-translational Modification 9%
• Mutational Analysis 9%
• Protease Inhibitors 9%
• Major Contributor 9%
• Cycloheximide 9%
• Ubiquitin-proteasome System 9%
• N-terminus 9%
• Culture Cells 9%
• N-terminal Region 9%
• Polyubiquitination 9%
• High-fat Diet-induced Obesity 9%
• Protein Instability 9%
• Fat Accumulation 9%
• Adaptive Thermogenesis 9%
• C-terminal Lysine 9%
• DNA Fragmentation Factor 45 9%
• Diet-induced Diabetes 9%
• Energy Expenditure 9%
• Short-lived Protein 9%