Disease Targeted Protein Degradation Therapies 
SugarCone Biotech
OCTOBER 6, 2024
It is important to be clear that this is a unique degrader strategy and not at all like ProTAC or ProMAB technologies that targets proteins by binding them to the E3-ligase controlled degradation pathway. That is a complex field that has struggled to bring therapies to approval (see [link] ).
Drug Hunter
MAY 21, 2023
This article highlights six recent articles of interest in the field of targeted protein degradation including but not limited to potentially new ligases, recruiting motifs, and a discussion on the feasibility of CNS-penetrant degraders.
Drug Hunter
JUNE 25, 2023
This edition includes Maze’s glycogen synthase 1 (GYS1) inhibitors that were recently licensed to Sanofi, allosteric androgen receptor (AR) modulators that may be of interest to targeted protein degradation researchers, and brain-penetrant HER2 and ROCK2 inhibitors.
Zobio
MARCH 8, 2023
In person Molecular glues and targeted protein degraders are changing the landscape of drug discovery. They show great potential for treating diseases such as cancer, infectious, inflammatory, andneurodegenerative diseases, especially for those with “undruggable” pathogenic protein targets.
Zobio
MARCH 8, 2023
In person Molecular glues and targeted protein degraders are changing the landscape of drug discovery. They show great potential for treating diseases such as cancer, infectious, inflammatory, andneurodegenerative diseases, especially for those with “undruggable” pathogenic protein targets.
The Pharma Data
JULY 22, 2021
NYSE: PFE) today announced a global collaboration to develop and commercialize ARV-471, an investigational oral PROTAC® (PROteolysis TArgeting Chimera) estrogen receptor protein degrader. The estrogen receptor is a well-known disease driver in most breast cancers. Chief Executive Officer at Arvinas. “We
Drug Target Review
JULY 23, 2024
Shortly after finishing my studies, I landed my first job in industry working on cell biology research for several disease indications. TPD engages the body’s natural protein recycling system by selectively eliminating disease-causing proteins, ultimately addressing the root cause of disease.
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