post-translational modification - Globe Thesis

Keyword [post-translational modification] Result: 81 - 99 \| Page: 5 of 5
81.	Molecular Simulation Study On The Effects Of Post-translational Modification On Protein Structure And Function
82.	Ubiquitination And Deubiquitination Of PRAME Protein
83.	Lysine Acetylation Regulates Antibiotic Resistance In Escherichia Coli
84.	And-1 O-Glycosylation Targeting DNA Damage Repair Pathway To Promote Rectal Cancer Radiotherapy Resistance
85.	PLEKHG5 Promotes Sorafenib Resistance By Activating Rac1/AKT/NF-κB Signaling Pathway In Hepatocellular Carcinoma
86.	Pathogenesis And Targeted Therapy Of Severe Epilepsy Phenotypes Caused By SCN1A Missense Variants Outside The Sodium Channel Core Region
87.	Role And Mechanism Of Intramyocardial Lipid Droplet-mitochondria Tethering In The Pathogenesis Of Obesity-induced Cardiomyopathy
88.	Post-translational Modification Of UCK1 Kinase To The Molecular Mechanism Of 5’-AZA Resistance
89.	Chemoseletive Ligation And Chemical Labeling Of Protein Methionine Sulfoxide
90.	RNF207 Exacerbates Pathological Cardiac Hyper-trophy Via Post-Translational Modification Of TAB1
91.	Study On Post-translational Modification And Correlation Of PD-L1 Protein
92.	The Role And Mechanisms Of Transcription Factor TEAD4 In The Development Of Non-small Cell Lung Cancer
93.	Role And Mechanism Of SaCobB-enhanced Vancomycin Resistance Through Negative Regulation Of Protein Succinylation In Staphylococcus Aureus
94.	Study On The Role Of HMOF-Mediated YY1 Acetylation In Colon Cancer Cell Proliferation
95.	The Effect Of TRIM50 On NLRP3 Inflammasome Activation And Its Molecular Machanism
96.	Substrate Profiling And Functional Studies Of β-hydroxybutyrate-induced β-hydroxybutyrylation And ULK1-regulated Phosphorylation Modification
97.	The Role And Mechanism Of Lysine Succinylation,a Newly Post-translational Modification,in Ovarian Aging
98.	FBXO28-mediated Ubiquitination Of NOTCH1 Promotes Malignant Progression Of Osteosarcoma
99.	Enzalutamide Mediates The Progression Of Castration-resistant Prostate Cancer By Promoting Androgen Receptor Ligand-independent Nuclear Translocation
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