01
Transcriptomics & RNA-Seq
Differential expression, functional enrichment, pathway analysis, network analysis and transcriptomic interpretation.
AI-DRIVEN OMICS & DRUG DISCOVERY
AI-Driven Omics & Drug Discovery
Integrated computational solutions across genomics, transcriptomics, proteomics, metabolomics, radiomics, multi-omics, AI and in-silico drug discovery.
Multi-OmicsIntegrated molecular data analysis
BioinformaticsReproducible computational workflows
Drug DiscoveryDocking, MD & molecular modelling
AI & ImagingMachine learning & radiomics
01 — ABOUT
From biological data to actionable insight.
WinXora-BiOmics focuses on computational biology, omics analysis, bioinformatics and in-silico drug discovery.
Our workflows connect biological datasets, computational modelling and quantitative analysis to support research questions across modern life-science projects.
Data-driven analysisStructured workflows for complex biological and biomedical datasets.
Integrated computational researchConnect omics, molecular modelling, AI and downstream interpretation.
Research-oriented outputsAnalysis designed to support interpretation, reporting and further validation.
02 — SERVICES
Our capabilities.
Computational capabilities spanning molecular data analysis, biological modelling, medical imaging and drug discovery workflows.
02
WGS & WES Analysis
Variant processing, annotation, filtering and interpretation for whole-genome and whole-exome sequencing datasets.
03
Proteomics
Protein identification, quantification, differential analysis, functional interpretation and downstream biological analysis.
04
Metabolomics
Computational processing and interpretation of metabolite-level datasets for biological and biomedical research.
05
Radiomics & Medical Imaging
Quantitative imaging workflows, feature extraction and computational analysis for biomedical imaging research.
06
AMR & Microbial Genomics
Microbial genomics, antimicrobial resistance analysis, comparative genomics and computational interpretation.
07
Computational Drug Discovery
Virtual screening, molecular docking, molecular dynamics, binding analysis and computational ADMET workflows.
08
AI & Computational Biology
AI and machine-learning approaches for biological prediction, classification, modelling and data interpretation.
09
Multi-Omics Integration
Integrated analysis across genomic, transcriptomic, proteomic and other complementary molecular datasets.
03 — WORKFLOW
A structured path from question to result.
01
Define the research question
Clarify the biological objective, dataset, study design and expected analytical output.
02
Build the computational workflow
Select appropriate preprocessing, statistical, bioinformatic and modelling approaches.
03
Analyse & interpret
Process the data, identify relevant molecular features and connect results to biological context.
04
Translate into research outputs
Organize findings into figures, tables, analytical reports and next-step recommendations.
04 — RESEARCH AREAS
Research domains.
Computational approaches applicable across selected areas of modern life-science and biomedical research.
01
Cancer & Therapeutic Research
Computational investigation of molecular targets, pathways and candidate compounds.
02
Genomics & Precision Biology
Genomic and computational analysis for molecular characterization and biological interpretation.
03
Multi-Omics & Molecular Biology
Integrated analysis and interpretation of complementary molecular datasets.
04
Antimicrobial Resistance
Genomic and computational analysis of antimicrobial resistance and microbial biology.
05
AI & Medical Imaging
AI-enabled computational approaches for quantitative biomedical imaging research.
06
Drug Discovery & Molecular Modelling
Docking, molecular dynamics and computational investigation of protein–ligand interactions.
HAVE A RESEARCH PROJECT?
Bring your biological question. We build the computational path.
Share your dataset, research objective or analysis requirement and start an enquiry.
05 — CONTACT
Let's discuss your research.
Have a computational biology, omics, AI, imaging or drug-discovery requirement? Tell us about your project through the enquiry form.
WinXora-BiOmicsAI-Driven Omics & Drug Discovery
Websitewinxora-biomics.com
Research Enquiry Form
Tell us about your dataset, research question, analysis requirement or computational project.
Open Google Form → The enquiry form will open in a new tab.