Tutkimuksessa tunnistettiin tietokonesimulaatioiden avulla SARS-CoV-2-viruksen tärkeän proteiinin pinnalta sitoutumisalueita, joiden on sittemmin raportoitu vaikuttavan viruksen kykyyn tarttua infektoitavaan soluun. #väitös FM Elmeri Jokinen
https://t.co/PoZtgWUmDQ
Finnish company doing computer-aided drug discovery. 3+ years, and now already 8 employees. Several 1st-in-class hits for our customers, aided in the development of two clinical-stage programs, 2 out-licensed projects, and many publications & patents (as inventors).
T&T teki meistä jutun...
Suomalaisyhtiö kehittää lääkkeitä täysin uudella menetelmällä sairauksiin, joihin perinteinen lääkekehitys ei pysty https://t.co/r8Dk3VNx7P
#Finland: 🇫🇮 #turku@Sci_for_Ukraine
Researcher in computational chemistry, software development, AI/ML, MD, or some other computer-aided drug discovery method.
Aurlide has jointly with University of Turku offers for 🇺🇦scientists (~PhD)
@aurlide@MedchemFi[email protected]
#HighlightOfTheWeek Brute force negative image-based (BR-NiB) optimization can be considered as a new type of pharmacophore modeling, where the models contain only the most vital cavity information needed for filtering active compounds.
@opentika#compchem
https://t.co/050l21sdss
#Finland: 🇫🇮 #turku@Sci_for_Ukraine
Researcher in computational chemistry, software development, AI/ML, MD, or some other computer-aided drug discovery method.
Aurlide has offers for 🇺🇦scientists (~PhD)
@aurlide[email protected]