https://amidbiosciences.com/blogs/can-giant-viruses-make-proteins/50428037-can-viruses-make-proteins 2017-04-11T09:00:01-07:00 weekly https://amidbiosciences.com/blogs/technical-resources/kras-proteins-drug-discovery-biotinylated-mutants-nucleotide-loading 2026-09-22T15:47:20-07:00 weekly https://cdn.shopify.com/s/files/1/0981/2236/articles/kras-signaling-ecosystem-effector-binding-pathway-profiling_png_a1800846-4748-4c2a-9fcb-ed99d9bf25ca.png?v=1790117240 KRAS Proteins for Drug Discovery | Amid Biosciences KRAS signaling ecosystem infographic showing KRAS as a GDP/GTP molecular switch regulated by SOS1, NF1, SHP2, RAF1-RBD, PI3Kα-RBD, MEK1, and MEK2 for inhibitor discovery and pathway profiling. https://amidbiosciences.com/blogs/technical-resources/gdp-gppnhp-loaded-biotinylated-kras-proteins 2026-09-22T15:50:40-07:00 weekly https://cdn.shopify.com/s/files/1/0981/2236/articles/kras-gdp-gtp-gppnhp-nucleotide-state-diagram_b470172b-342b-4307-abd6-520f2b85e8d9.png?v=1790117440 Expanding Your KRAS Workflow with GDP- and GppNHp-Loaded Biotinylated KRAS Proteins Diagram showing GDP-bound KRAS as inactive and GTP-bound or GppNHp-bound KRAS as active, with nucleotide exchange and hydrolysis arrows indicating KRAS state transitions.