Explore opportunities in #InSilicoPharmacology. A hub for research blending computation, pharmacology, toxicology & pharmaceutics. Special focus on neuroscience, drug discovery, multiscale modeling, informatics, AI, and big data @InSilicoTrials https
M Mushtaq; S Naz; S Ashraf; RJ Doerksen; Z Ul-Haq “Exploring the viral protease inhibitor space driven by consensus scoring-based virtual screening,” In Silico Pharmacology (accepted 10/2023). https://t.co/wZvYJ1WI3e @SpringerNature https://t.co/y1920aM40u
RT @SpringerEng: Join the vibrant community of In Silico Pharmacology. Share your work at the intersection of computation, pharmacology, to…
Join the vibrant community of In Silico Pharmacology. Share your work at the intersection of computation, pharmacology, toxicology, and pharmaceutics. Submit now and contribute to therapeutic advancements! https://t.co/pxSRlGO3zP #Pharmacology #Computatio
RT @SpringerEng: 🧠💊 Are you passionate about the fascinating intersection of #ComputationalScience, pharmacology, and drug discovery? Look…
🧠💊 Are you passionate about the fascinating intersection of #ComputationalScience, pharmacology, and drug discovery? Look no further! #InSilico #Pharmacology is your go-to journal. Explore more: https://t.co/pxSRlGO3zP #Neuroscience @ENS_ULM @Inserm https:
@jomaripoblete @drdrlads @fusilli_rafioli @fresthelita @giannni (23) Rafael Manalo (@fusilli_rafioli) presents interactions between Aβ(1–42) peptide fragment vs flavonoid, tannin, & cardenolide moieties - potentially anti-aggregatory owing to spontaneo
[RR] [Gotu Kola] A molecular docking study of phytochemical estrogen mimics from dietary herbal supplements https://t.co/nh6Iy7PPHz
Many popular herbal supplements have estrogen-like properties http://t.co/3jeQFfXtZY
Many popular herbal supplements have estrogen-like properties http://t.co/3jeQFfXtZY