Methylated translation factor speeds decoding of rare codons to drive cancer growth
A methylation mark on translation factor eEF1A selectively speeds decoding of rare, wobble-weak codons, boosting KRAS production and driving resistance ...
A methylation mark on translation factor eEF1A selectively speeds decoding of rare, wobble-weak codons, boosting KRAS production and driving resistance ...
A Phase 3 trial found the next-generation KRAS G12C inhibitor divarasib extended median overall survival to 17.7 months versus 12 ...
New research from MD Anderson shows the METTL13 enzyme helps cancer cells selectively produce growth-driving proteins such as KRAS, and ...
Molecular dynamics simulations reveal that near-reactive docking geometries in KRAS G12C ligands rapidly collapse unless an explicit covalent bond stabilizes ...
A new study reports that combining the multi-target kinase inhibitor cediranib with KRASG12C inhibitors overcomes resistance by sustaining ERK blockade, ...
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