The team reveals the existence of a molecular "cork" that controls its activation at the cell surface ... A long-hidden molecular 'cork' in TORC2 ... Luoming Zou et al, Structural basis for TORC2 activation, MolecularCell (2026) ... Molecular Cell.
) A molecular "cork" controls cellular activity ... The team notably reveals the existence of a molecular "cork" that controls its activation at the cell surface ... A long-hidden molecular "cork" in TORC2 ... MolecularCell.
In particular, it could help build electronic components from molecular-scale electronic “nanoribbons” with atomic precision ... defined donor-only, acceptor-only, and mixed molecular chains.
"This molecular profiling approach enables personalized risk stratification so clinicians can intensify diagnostic work-ups and monitoring for true high-risk patients while avoiding over-treatment of low-risk patients," said Prof.
... of Cape Town's (UCT) Scientific Computing Research Unit (SCRU) have uncovered a critical molecular "switch" that drives the formation of cancer-associated antigens.
UCT researchers uncover molecular "switch" that fuels cancer progression ... have uncovered a critical molecular "switch" that drives the formation of cancer-associated antigens.
Selective targeting of CCNE1 using molecular glue degraders for the treatment of CCNE1 amplified cancers ... MolecularGlue Degraders (MGDs) Facilitate Targeted Protein Degradation Independent of Druggable Pockets on Target Proteins.