Discover the UFMylation system - a newly uncovered cellular regulatory network essential for brain development, cancer progression, and neurological disorders.
Explore the dual nature of ATG7 protein - its crucial role in cellular autophagy and its complex relationship with health and disease.
Exploring the dual nature of Atg7 protein in cellular processes, its role in health and disease, and therapeutic implications.
Discover how viruses manipulate the ubiquitin pathway to hijack cellular machinery and evade immune defenses in this comprehensive scientific exploration.
Discover how the SUMO-1 molecular tag controls the Retinoic Acid Receptor-alpha's nuclear localization and stability, with implications for cancer research.
Explore the fascinating role of CUL4B protein in cellular regulation and its connections to cancer, neurological disorders, and metabolic diseases.
Exploring the complex cellular system of proteostasis that maintains protein balance and its implications for aging and disease.
Discover the surprising non-autophagic functions of autophagy-related proteins and their implications for cellular biology and disease treatment.
Discover how Angiotensin II regulates cellular communication by sending receptors to the proteasome shredder in this fascinating look at cellular biology.
Discover how STUbL proteins in yeast safeguard DNA integrity and the surprising discoveries about Slx8 protein that could reshape cellular biology.