Updated on 22 May 2026
Computational drug discovery (AI/ML + FEP + MD) for antimicrobial, peptide, and GPCR targets; UiO host for 1–2 MSCA-DN doctoral candidates.
About
My research at the University of Oslo, Department of Pharmacy, focuses on computational drug discovery for therapeutically important targets, including G protein-coupled receptors, peptide-binding receptors, and antimicrobial systems. I combine AI/ML virtual screening with structure-based ligand design, GPU-accelerated molecular dynamics, and rigorous absolute and relative binding free-energy methods (ABFE, RBFE, FEP) to triage hit candidates and quantitatively rank leads.
Organisation
Similar opportunities
Project cooperation
Integrated structural biology of nucleoprotein complexes
- MSCA-POSTDOCTORAL FELLOWSHIPS
- POSTDOCTORAL FELLOWSHIP: Looking for Fellow
Bruno KLAHOLZ
integrated-structural-biology-nuclear-receptor-and-nucleoprotein-complexes at CBI / IGBMC
Illkirch, France
Expertise
AI-Driven High-Throughput Molecular Discovery for Sustainable Metal Separation
- CHE - Chemistry
- MSCA and CITIZENS
- ENV - Environment and Geosciences
- ENG - Information Science and Engineering
- STAFF EXCHANGES: Beneficiary / Associated Partner
- COFUND: Implementing Partners / Associated Partners
- DOCTORAL NETWORKS: Hosting Doctoral Candidates / Secondments / Trainings
- POSTDOCTORAL FELLOWSHIPS: Hosting Postdoctoral Candidates / Secondments / Placements
Imma Capriello
CEO at REEactor Tech s.r.o.
Olomouc, Czech Republic
Expertise
Computational chemistry and molecular modeling services
- CHE - Chemistry
- LIF - Life Sciences
Jarosław Pawlak
Fujitsu Computational Chemistry and Life Science Group at FQS Poland
Krakow, Poland