Explore the ubiquitin-proteasome system, its role in protein degradation, connections to human diseases, and revolutionary therapeutic approaches like PROTAC technology.
Discover how hybrid small molecules like SNIPER(ER) are transforming breast cancer treatment by inducing degradation of estrogen receptor-alpha and triggering necrotic cell death.
Explore the fascinating ubiquitin system - the molecular cleanup crew that controls protein degradation and regulates the cell division cycle through precise tagging mechanisms.
Discover how water-soluble synthetic auxin analog K-NAA enables precise protein degradation in C. elegans research, revolutionizing developmental biology studies.
Explore how the ubiquitin-proteasome system functions as cellular cleanup crew and its crucial role in Parkinson's disease pathology and potential treatments.
Discover how scientists use proteogenomics to decode degrons - the molecular tags that control protein degradation in cells, with implications for cancer treatment and neurodegenerative diseases.
Explore how SNIPER(ER) molecules target and degrade ERα proteins in breast cancer treatment through innovative protein degradation technology.
Explore how chemically induced nuclear pore complex protein degradation via E3 ligase TRIM21 is revolutionizing cellular biology and potential therapies.
Explore how DEGRONOPEDIA is revolutionizing protein degradation research through systematic degron discovery and analysis.
Discover how the groundbreaking PROTINb platform uses targeted protein degradation to eliminate previously 'undruggable' proteins causing diseases like cancer and neurodegenerative disorders.