Infectious Diseases and Drug Discovery Laboratory (IDDD)
Colorized scanning electron micrograph of SARS-CoV-2 virus particles emerging from a cell surface

Innovating treatments.
Transforming Lives.

Welcome to the Infectious Disease and Drug Discovery (IDDD) Lab at Texas Southern University—where rigorous research meets real-world impact.

Slide 1 of 3

Researcher working with assay plates and instruments in the IDDD Lab

What we do

Advancing Drug Discovery. Improving Global Health.

At the Infectious Diseases and Drug Discovery Laboratory (IDDD), we develop innovative therapeutic strategies to address some of the most pressing infectious disease challenges facing communities worldwide. By combining computational science, structural biology, and experimental research, we uncover new insights that support the discovery and development of next-generation therapies.

Every discovery is guided by a commitment to improving health outcomes and advancing solutions for communities disproportionately affected by infectious diseases. Through collaboration, innovation, and scientific excellence, we work toward a future where effective treatments are accessible to those who need them most.

About the lab

Leadership

Meet the Principal Investigator

Dr. Esther Olaleye, PhD, MPH

At IDDD, 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

Infectious Diseases and Drug Discovery (IDDD) Lab

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

Texas Southern University

View Profile

Gallery

Moments from the lab and beyond

Dr. Scott Widmann, Dr. Esther Olaleye, and Dr. Kehinde Idowu together at APHA 2023

Faculty representing TSU at APHA 2023

Dr. Scott Widmann, Dr. Esther Olaleye, and Dr. Kehinde Idowu at the American Public Health Association annual meeting.

  • Scientist at a microscope in the IDDD research laboratory

    Wet-lab discovery at the bench

  • Close view of instruments and assay work in the IDDD Lab

    Assay instruments and daily lab workflow

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

    Hands-on screening and plate-based assays

  • Scientist inspecting a 96-well assay plate during high-throughput screening

    High-throughput screening core

View more in gallery

Focus

Four fronts of discovery

Full research focus →
  1. Medical illustration of tuberculosis of the lungs showing affected tissue, Mycobacterium tuberculosis, and common symptoms
    01

    Tuberculosis (TB)

    Developing inhibitors for drug-resistant Mycobacterium tuberculosis.

    Drug-resistant TB remains one of the world’s toughest infectious threats. We design and evaluate small-molecule inhibitors that strike essential mycobacterial enzymes—work that pairs structural modeling with experimental validation against active and multi-drug-resistant strains.

    Read more →
  2. 3D illustration of HIV (Human Immunodeficiency Virus) particles among red blood cells
    02

    HIV/AIDS

    Novel integrase and protease inhibitors using molecular modeling.

    HIV still demands smarter antivirals as resistance and lifelong therapy reshape the treatment landscape. We use molecular modeling to invent and refine integrase and protease inhibitors—mapping how candidates bind, mutate, and hold their ground at the viral enzyme interface.

    Read more →
  3. Colorized scanning electron micrograph of SARS-CoV-2 virus particles emerging from a cell surface
    03

    COVID-19 & Coronaviruses

    Small molecule antivirals and spike protein neutralizers.

    Coronaviruses taught the world how fast a pathogen can remake the rules of public health. Our program targets viral entry and host–pathogen interfaces—especially the spike–ACE2 handshake—while advancing small-molecule antivirals that disrupt infection at its earliest steps.

    Read more →
  4. Illustration of a bacterium shielded against antimicrobial drugs, representing antimicrobial resistance
    04

    Antimicrobial Resistance (AMR)

    Investigating β-lactamase inhibitors and resistance mechanisms.

    Antimicrobial resistance threatens to reverse decades of medical progress. We investigate how bacteria disarm β-lactam antibiotics—and design inhibitors that restore those medicines by shutting down the enzymes that destroy them.

    Read more →

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 IDDD Lab within Texas Southern University.

  • BioRACC

    Collaborative high-performance computing for docking, MDS, NGS analysis, and AI-driven discovery pipelines.

Supported by

institutions that believe in advancing discovery and improving lives

News & Events

Latest from the lab

All news & events →
  • Event

    2023

    IDDD faculty at APHA 2023

    Dr. Esther Olaleye, Dr. Kehinde Idowu, and Dr. Scott Widmann represented Texas Southern University at the American Public Health Association annual meeting—connecting lab discovery to the broader public health community.

  • News

    2023

    TB drug candidate study published in IJMS

    Collaborative work on OJT008 against active and multi-drug-resistant Mycobacterium tuberculosis appears in the International Journal of Molecular Sciences.

  • News

    2022

    SARS-CoV-2 spike–ACE2 studies released

    Computational evaluations of Omicron and Delta spike stability, and inhibitor mechanisms at the spike–hACE2 interface, expand the lab’s antiviral portfolio.

Fluorescence microscopy image showing cell nuclei stained in blue, magenta, and green

Join Us

Advance the Future of Infectious Disease Research

Join the IDDD Lab to collaborate on groundbreaking research, gain hands-on training, or build strategic partnerships that accelerate discoveries in infectious diseases and drug development.

Explore Opportunities