Balancevo

Bioinformatics & Computational Chemistry

Bioinformatics &
Computational Chemistry

From molecular docking to drug discovery — computational solutions that accelerate biological research and reduce experimental costs

Molecular Docking Virtual Screening Drug Design Protein Analysis ADMET Prediction

COMPUTATIONAL BIOLOGY AT SCALE

Bridging Biology & Computation

We transform how you discover, design, and optimise molecules for therapeutic and agricultural applications through advanced computational methods.

  • Predictive Power:>90% correlation with experimental binding affinities
  • Time Acceleration:Screen millions of compounds in days, not years
  • Cost Efficiency:80% reduction in early-stage experimental screening
  • Risk Reduction:Identify promising candidates before expensive synthesis

CORE SERVICES

Comprehensive Computational Solutions

Predict and analyze how small molecules interact with protein targets to identify promising drug candidates.

  • Structure-based drug design
  • High-throughput virtual screening
  • Fragment-based optimization
  • Allosteric site discovery
  • Cross-species selectivity analysis

Computational prediction of drug properties to optimize candidates before synthesis and testing.

  • Absorption & bioavailability prediction
  • Blood-brain barrier penetration
  • Metabolic stability assessment
  • Toxicity profile optimization
  • Drug-drug interaction prediction

Advanced molecular dynamics simulations to understand protein behavior and dynamic interactions.

  • Protein dynamics analysis
  • Free energy calculations
  • Membrane protein simulations
  • Allosteric mechanism studies
  • Binding kinetics prediction

Protein structure analysis, homology modeling, and rational design for enhanced function.

  • Homology modeling from sequences
  • Protein fold recognition
  • Active site characterization
  • Rational enzyme design
  • Stability engineering