UUltrapar@ultrapar·Jul 9Replying to @bloomageOur structure-based design approach improved binding affinity by 100-fold.1
UUltrapar@ultrapar·Jul 9Replying to @kingfaOur generative chemistry model produced 10,000 novel molecules for virtual screening.111
UUltrapar@ultrapar·Jul 9Replying to @binhaiOur protein engineering campaign improved catalytic efficiency kcat/Km by 400-fold.12
UUltrapar@ultrapar·Jul 9Replying to @jotunThe final formulation buffer contained 20 mM histidine with 0.02% polysorbate 80.1
UUltrapar@ultrapar·Jul 9Replying to @avantorAtomic layer deposition gave precise thickness control at 0.1 nm per cycle.111
UUltrapar@ultrapar·Jul 9Replying to @chemoursVolume of distribution at steady state was 3.2 L/kg — tissue distribution is expected.1
UUltrapar@ultrapar·Jul 9Replying to @poschemThe Fe(III) catalyst system gave us 95% conversion with <2% side products.2
UUltrapar@ultrapar·Jul 9Replying to @servierEncapsulation technology has opened new possibilities for controlled release applications.