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Keyword [Sumo]
Result: 141 - 157 | Page: 8 of 8
141. Role Of Sumoylational Modification Of PPARγ1K77R In Endothelial Insulin Resistance In Rats Induced By High Sucrose And Fat Diet
142. Sumoylation Of PPARγ1K77 Regulate Endothelial Insulin Resistance In Rats Via The PI3K/AKT/eNOS Pathway
143. Classification Models For Predicting Sumoylation Sites And RNA Binding Proteins
144. The Role And Molecular Mechanism Of SUMO Modification Of ERG In The Development Of Acute Myeloid Leukemia
145. Lower Respiratory Tract Microbiome-oriented Metabolites Modulate The Aryl Hydrocarbon Receptor De-SUMOylation Modification To Inhibit The Development Of Non-small Cell Lung Cancer
146. The Role And Mechanism Of Histone Lysine Methylation Binding Protein L3MBTL3 In Promoting Breast Cancer Cells Migration And Invasion
147. The Regulation And Mechanism Of E3 SUMO Ligase TRIM28 In NLRP3 Inflammasome Activation
148. Mechanism Of E3 SUMO Ligase TRIM28-mediated Malignant Proliferation Of Gastric Cancer Cells And Construction Of A Prognostic Signature
149. Study On The Mechanism Of SENP1 Regulating Liver Sinusoidal Endothelial Cells To Promote Liver Regeneration By Relying On HIF-1 α Signal Pathway
150. Crosstalk Between SUMOylated PPARγ1 And FOXO1 Exerts A Positive-feedback Effect On Vascular Endothelial Insulin Resistance Induced By Hyperlipidemia And Hyperglycemia
151. The Role And Regulating Mechanism Of SUMO Proteins In Keloids Through SUMOylation Of Transforming Growth Factor-Beta/Smad Signaling Pathway
152. The Molecular Mechanism Of Two Mushrooms Extracts Regulating The Apoptotic Signaling Pathways And SUMOylation System Against Prostate Cancer
153. Molecular Mechanism Of PTEN In DNA Damage Repair Regulation
154. A Preliminary Study On Small Ubiquitination (SUMO)-modified Proteins In DSS Colitis And The Effect Of SUMO-modified Vitamin D Receptor On Its Regulatory Pathwa
155. SENP1 And RNF4 Regulated ZNF281 Degradation By Sumoylation In Colorectal Cancer
156. Construction Of Recombinant Protein Expression And Purification System For CHO Cells Based On SUMO-ULP1 Mutants
157. MiR-145 Target SENP1 To Promote Apoptosis Of Hepatocellular Carcinoma Cells By Increasing SUMOylation Of HK2
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