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Xtal BioStructures

 

Computational Services

Xtal Partners with VLife to Provide High Quality Computational Services.

VLife Research Services help Drug Discovery and development companies to build research pipelinemanage product lifecycle through innovation, unlock value in shelved compounds and enable informed decisions regarding research investment.

VLife over 300 man years of research experience is credited with:
  •  Design and discovery of 2 NCEs
  •  7 new indication discoveries
  •  Several activity specific research

VLife Approach:
VLife core technologies, super computing infrastructure and expertise in scientific research help Innovator companies to identify new putative targets for not only their shelved compounds but also for the approved drugs to enhance their pipeline more efficiently. Proven and rapid VLifeRVHTS technology significantly lower costs compared to an NCE approach, saving significant time, cost and added assurance.

VLifeRVHTS platform is powered by VLifeIRBS decision support system. VLifeRVHTS explores structural studies over about 700+ therapeutically relevant targets which rigorously performs interactions studies to come with suggestive new indication for an API or approved drug molecule.
Exclusive 360 degree Druggability Evaluation research methodology covers multiple computational approaches to

  • Identifies putative targets leading to undesired target interactions
  • Providing alerts and prediction of various toxicity endpoints such as Mutagenicity, Genotoxicity etc with consensus rating
  • ADME prediction

We also offer custom research services based on VLifeMDS, GQSAR, VLifeSCOPE and VLifeRVHTS platform, some of these services are as below

    • Fragment based molecule design
    • Focused virtual library design
    • QSAR and lead optimization
    • Protein – protein interaction studies
    • Compounds prioritization
    • Pharmacophore guided molecule design
    • Scaffold hopping
    • Structure based search
    • Data search and mining
    • ‘What-if’ scenario analysis