Computer-Aided Design and AI
Virtual screening, docking, molecular dynamics and machine learning for predicting the biological properties of small organic molecules and plant extracts.
Biomedical Chemistry
From Computer-Aided Design to Biomedical Applications
An integrated end-to-end platform for inhibitor development: from computer-aided molecular design and the synthesis of novel compound series to the experimental evaluation of their biological activity.
Biomedical Chemistry
Three Research Areas
01
Protein Kinase Inhibitor Development
An integrated end-to-end platform for inhibitor development: from computer-aided molecular design and the synthesis of novel compound series to the experimental evaluation of their biological activity.
Explore This Research Area→02
Fluorescent Probes for Biomolecule Detection
Cyanine dyes and fluorescent probes for studying nucleic acids and proteins and for biomedical diagnostics.
Explore This Research Area→03
Ethnopharmacological Research on Medicinal Plants
Comprehensive investigation and standardization of plant extracts for innovative medicines and functional dietary supplements.
Explore This Research Area→Biomedical Chemistry
Capabilities Supporting All Research Areas
We integrate computational, synthetic, analytical and experimental approaches within a single research workflow.
View All CapabilitiesChemical Synthesis and Medicinal Chemistry
Organic synthesis, chemical optimization of small molecules, fluorescent-probe design and custom synthesis.
Analytical Platforms
LC–MS, GC–MS and spectroscopic analysis for structure elucidation, quality control and chemical profiling of medicinal plant materials.
Biomedical Chemistry
Expertise Demonstrated by Results
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Biomedical Chemistry
Research Progress, Scientific Achievements and Current Updates
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Publications in Peer-Reviewed Journals
Selected papers highlighting the department’s key findings and methodological advances.
→Learn MoreCompleted Academic and Applied Research
Experience delivering national, international and contract research projects.
→Learn MoreUpdates on Research, Events and Partnerships
New findings, professional events and opportunities for interdisciplinary collaboration.
→Let’s Collaborate
We welcome collaboration on interdisciplinary biomedical research.
We are open to collaboration in joint research and applied projects, spanning computational modeling, analytical studies, and hypothesis testing to the publication of findings, joint grant applications, and product development.
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