Small Molecule Strategy Degrades Many Disease Proteins at Once in Cell Models
A new small molecule strategy activates a stress-responsive E3 ligase to degrade multiple disease-causing proteins at once, restoring mitochondrial function ...
A new small molecule strategy activates a stress-responsive E3 ligase to degrade multiple disease-causing proteins at once, restoring mitochondrial function ...
Chemically modified BRD4 degraders MZ-1-ME and SIM-1-ME showed enhanced protein degradation and growth inhibition in a KSHV-infected endothelial cell model ...
A new review outlines translational frameworks for using targeted protein degradation to eliminate the proteins that drive acquired resistance in ...
A Cell Division review maps how ubiquitination links diabetic stress to protein turnover, mitochondrial function, inflammation, and cell death in ...
A Journal of Translational Medicine review outlines how mRNA-encoded antibodies, bispecific constructs, and transient CAR expression could overcome the manufacturing ...
A review identifies post-endocytic routing as the decisive step in targeted lysosomal degradation and proposes a five-tier framework for verifying ...
The nomination of ISM9546 arrives at a moment when the field of targeted protein degradation is moving well beyond its ...
A new computational study suggests that next-generation CRBN E3 ligase modulators, particularly CC-885, may hold the key to overcoming mutation-driven ...
Researchers have developed fluorescence polarization and thermal shift screening methods to identify small-molecule bait ligands for the bacterial ClpC N-terminal ...
New cryo-EM structures reveal how the HIV-1 protein Vpr reshapes the human CRL4(VprBP) E3 ligase to degrade host substrates of ...
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© 2025 Scienmag - Science Magazine