Bioinformatics Service

  •   Gene expression, proteomics, and metabolomics differential expression/abundance
  •   Genetic variant detection (single nucleotide variants, insertions/deletions, copy number variants, genome structure variants)
  •   Association of genetic variants or gene expression profiles with disease, drug response, or clinical outcome
  •   Development of predictive models using machine learning or logistic regression
  •   Pathway analysis and functional enrichment analysis
  •   DNA or histone binding site analysis (ChIP-seq)
  •   Phylogenetics and sequence analysis
  •   Survival analysis of clinical trial data
  •   Development of research software or databases for custom analysis
  •   Precision Medicine: Matching drug profiles and human genetic profiles, stratification of patient cohorts, biomarker identification
  •   Drug discovery: Mechanism of action studies, accelerating discovery pipelines, by intelligently screening results, polypharmacology applications
  •   Translational medicine: Drug repositioning for new indications, companion, diagnostics, enabling cross-discipline communication.