Accelerating Biomedical Discovery, Without Borders

Biointelix delivers complete biomedical research solutions by combining advanced computational methods with carefully managed experimental validation — all handled by our team, without the need for a physical lab.

Biomedical research is the key to solving some of the greatest challenges facing human and animal health — from cancer and infectious diseases to new and emerging threats. Yet research is often slowed by limited resources, high costs, and fragmented workflows.

At Biointelix, we make research faster, smarter, and more connected. Our team designs and executes projects from start to finish: offering advanced bioinformatics and computational modeling in-house, and coordinating experimental validation through our trusted laboratory partners when needed. Clients work directly with us, and we manage the entire process to deliver clear, actionable results.

Biointelix is also an active research-driven company. Beyond client collaborations, we run our own scientific projects in areas of high biomedical relevance, advancing innovative solutions that contribute to the global scientific community.

With a strong foundation built on decades of research experience and a long list of peer-reviewed publications, Biointelix combines scientific credibility with a modern, lab-free model of R&D. This unique approach allows us to accelerate discovery and bring innovative ideas closer to reality — without the traditional barriers of time, cost, and infrastructure.

Explore Some of Our Services

From structure prediction to immune simulation, we provide cutting-edge bioinformatics tools to accelerate your research.

Nanobody (VHH) structure with CDRH1, CDRH2, and CDRH3 highlighted

Protein Structure Prediction

Generate accurate 3D models of proteins using state-of-the-art AI tools to accelerate discovery and functional analysis.

Conformational or discontinuous B-cell epitope mapping of Influenza A HA RBD using 3D structure

Epitope prediction

Identify B-cell and T-cell epitopes with precision using advanced computational pipelines to accelerate vaccine and antibody design..

Protein docking services: scFv bound to SARS-CoV-2 spike protein RBD with identified binding residues

Molecular Docking

Simulate molecular interactions between proteins, ligands, or antibodies to identify strong binding partners and drug leads.

Vaccine Design

Design innovative vaccine candidates through computational modeling of epitopes, immunogenic regions, and structural stability.

Immunogenicity Prediction

Assess antigenic potential and immune recognition to prioritize the best vaccine and therapeutic candidates.

Immune Simulation

Predict immune responses with advanced simulation platforms to evaluate vaccine efficacy and optimize antigen design.

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