Biomolecular Research and
Advanced Computing Center (BioRacc)
3D illustration of a virus-like particle interacting with DNA double helix strands

Advancing science through biomedical research and advanced computing

Explore how BioRacc integrates advanced computing and biological sciences to drive transformative discoveries in health and medicine.

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BioRacc computational training lab with rows of workstation computers

What we do

Accelerating Biomedical Discovery Through Computation and Biology

The Biomolecular Research and Advanced Computing Center (BioRacc) is a research facility dedicated to addressing complex challenges in the life sciences through computational science and high-performance computing (HPC). We integrate advanced computational methods with biological research to explore molecular interactions critical to human health—accelerating discovery around biological targets, therapeutic agents, disease mechanisms, and new treatment strategies.

Get involved

Students, trainees, and collaborators—start here.

Pick the path that matches your goals. Each track lists clear next steps and who to email.

  • Undergraduate students

    Research experience & workshops

    Build computational and lab skills through workshops, volunteer research, or undergraduate projects with BioRacc mentors.

    View pathway
  • Graduate students & trainees

    Thesis, rotations & advanced projects

    Join computational drug discovery, molecular modeling, or infectious-disease projects that can support thesis or dissertation work.

    View pathway
  • Faculty & external collaborators

    Partnerships & shared facilities

    Partner on screening, modeling, HPC workflows, or joint publications—or request collaborative access to BioRacc core resources.

    View pathway

Summer 2026 computing workshop

Open inquiriesHands-on Linux, command-line, and drug-design foundations in the BioRacc computing lab. Exact dates are announced each spring—email to join the interest list.

Workshop & training

Leadership

Meet the Principal Investigator

Dr. Esther Olaleye, PhD, MPH

At BioRacc, we believe drug discovery should reflect the communities it serves. We are proud to lead cutting-edge research and inclusive training that advances science and social impact.

Dr. Esther Olaleye, PhD, MPH, PI

Biomolecular Research and Advanced Computing Center (BioRacc)

Professor of Pharmacology · Senior Associate Vice President for Research and Innovation

Texas Southern University

Gallery

Moments from the lab and beyond

Dr. Scott Widmann, Dr. Esther Olaleye, and Dr. Kehinde Idowu at the Georgia World Congress Center

United Health Foundation conference

Dr. Scott Widmann, Dr. Esther Olaleye, and Dr. Kehinde Idowu representing Texas Southern University at the Georgia World Congress Center.

  • Scientist at a microscope in the BioRacc research laboratory

    Wet-lab discovery at the bench

  • Researcher working with assay plates and instruments in the BioRacc Lab

    Hands-on screening and plate-based assays

  • BioRacc computational training lab with rows of workstation computers

    Computational training lab

  • BioRacc computational biology team posing in front of a molecular modeling workstation

    Computational biology team at work

View more in gallery

Where we sit

Anchored at TSU, connected to Houston's research ecosystem.

  • Centre for Biomedical and Minority Health Research

    Home center supporting biomedical research on diseases that disproportionately affect minority communities.

  • College of Pharmacy and Health Sciences

    Academic home for BioRacc within Texas Southern University.

Supported by

institutions that believe in advancing discovery and improving lives

News & Events

Latest from the lab

All news & events →
  • Event

    Feb 2025

    BioRacc summer computing workshop

    Hands-on Linux and command-line training in the BioRacc computing lab—foundational skills for docking, scripting, and high-performance research workflows.

  • Event

    2024

    RCMI 2024 poster presentations

    BioRacc researchers presented work on SARS-CoV-2 spike–ACE2 interactions and hormone receptor-positive breast cancer drug discovery at the Research Centers in Minority Institutions symposium.

  • Event

    2024

    NW-BRaVE cyanobacteria–phage research

    Students and mentors showcased redox-dependent molecular interactions in cyanobacteria and phage in partnership with NW-BRaVE at Pacific Northwest National Laboratory.

Students at BioRacc workstations during a Linux common-commands training session

Get involved

Ready to take the next step?

Whether you are a TSU student, graduate trainee, or faculty collaborator—choose the path that fits and contact the right person.

Open to Texas Southern University students, faculty, and collaborators.