Mission

The Mission of the Johns Hopkins Center for Tuberculosis Research (CTR) is to contribute to global tuberculosis control through a range of research and training initiatives in epidemiology, diagnostics, drug development, clinical trials, pathogenesis and basic biology. The CTR, founded in 1998, is comprised of a multi-disciplinary team of scientists working to combat Mycobacterium tuberculosis, a pathogen that causes 1.5 to 2 million deaths every year. Our faculty is drawn from the Schools of Medicine, Bloomberg School of Public Health and Nursing, with a research portfolio that is broad and interdisciplinary. Our major strengths are molecular biology, epidemiology, clinical trials, drug development and mathematical modeling; additional areas of emphasis include animal models, pathogenesis, vaccine development, behavioral research, immunology, and diagnostics.

While research is a primary focus, developing the next cadre of scientists who will contribute to future control efforts is also a major goal. Students from medicine, public health, and nursing have found that the range of topics and locations offer excellent training opportunities. With the slogan, “From bench to bedside and beyond,” the CTR covers everything from genetic epidemiology of TB to population-level studies that have played a major role in forming global policies for TB control.

Events

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Projects

ICOHRTA Training Program (Fogarty)

International Clinical, Operational, and Health Services Research Award (ICOHRTA) training program. A training program that...

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The role of cell wall lipids in pathogenesis...

This study will use a combination of transcriptional, lipidomic, genetic, and imaging techniques to investigate whether...

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Population-level impact of isoniazid...

We are collaborating with a team that conducted a randomized trial of IPT in Khayelitsha, South Africa, to extend their findings...

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Modeling the impact of spatially targeted TB...

We have developed transmission models to understand the impact of TB vaccination strategies that target hotspots of...

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