Medicilon Logo
search icon search icon language icon contact icon menu icon
Medicilon Logo
search icon close search icon language icon contact icon menu icon
Contact Us
Close Button
Back To Top
Online Message×
Click switch
Close Button
Computational Biology & Molecular Modeling

Computational Biology & Molecular Modeling

In addition to the traditional biological research methods, Medicilon has developed faster and more effective tools. Using computers and big data to assist in early drug R&D, we reduce the workload of drug researchers, reduce the cost of drug development and shorten cycles of drug development.


  • Computational Biology and Molecular Modeling
    Structure-based drug design (SBDD)New drug designVirtual computer selectionQuantitative structure-activity relationshipAbsorption, distribution, metabolism, excretion and toxicity (ADMET) property optimization
  • Fragment-based drug design (FBDD)
    Molecular fragment library designed by Medicilon’s chemistsCentralized library based on corporate molecular fragment library and commercial molecular fragment libraryMolecular fragment selection based on X-ray crystallographyNovel molecular skeleton according to crystal structures
  • Measurement of intermolecular interaction force (based on Biacore determination)
    Selection of antibodies and biological drugsSelection of chemical drugs, micromolecule drugs and natural drugsCharacterization of antibody biopharmaceuticalsCharacterization of chemical drugs, micromolecule drugs and natural drugs
Relevant laboratories
  • isotope
  • high-speed centrifuge
  • Automatic quantitative plotting microplate reader
  • Cultivation room
  • Biology laboratory
  • microscope
  • cell crusher
  • cell room
  • pipette
  • pipetting workstation
  • MEGAROBO Elisa Washing machine
  • MEGAROBO Elisa Washing machine-1
  • MEGAROBO Elisa Washing machine-2
  • infrared laser imager
Relevant articles