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INSTITUTE FOR BASIC BIOMEDICAL SCIENCES Fundamental research that drives advances in medicine
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View Institute Events
Please check this page frequently for information about IBBS seminars and major IBBS symposia.
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Amoebas, Worms and Flies, Oh My!
What do an amoeba, worms and fruit flies have in common? They’re each used by researchers at Johns Hopkins Medicine to research human muscle, cell machinery, and cell development.
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Image of the Month: Brain tumors reclassified
Last year, the World Health Organization reclassified brain tumors with a strong emphasis on differences at the molecular level. JHM neurosurgeon Alan Cohen, M.D., published an article about how these approaches can offer targeted therapy to improve outcomes and reduce treatment complications.
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Johns Hopkins Scientists Contribute to First Complete Sequence of Human Genome
The Johns Hopkins team contributed key research to the effort, which will provide a clearer picture of how DNA affects the risks of diseases and how genes are expressed and regulated.
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Molecular 'Connector' Helps Cocaine Latch on to Brain Cells, Even When Drug is in Low Doses
Study in mice shows that the BASP1 connector molecule may also underlie gender differences in cocaine’s effects
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Basic Science Departments
Among nine basic science departments, more than 150 make discoveries to transform medicine.
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Core Services
The Institute for Basic Biomedical Sciences is home to several centralized fee-for-service facilities open to all researchers at Johns Hopkins and beyond.
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Research Centers
Several research centers are supported by the Institute for Basic Biomedical Sciences.
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Meet our Faculty
Learn about the research of some of the 150 faculty members affiliated with the Institute for Basic Biomedical Sciences.
Announcements
Zhaozhu Qiu, Ph.D., associate professor of physiology, has been selected as the recpient of the 2022 Lee Hood Prize in Biomedical Science in the Institute for Basic Biomedical Sciences. Qiu’s research focuses on ion channels and their role in health and disease. Qiu identified the proteins that constitute the mammalian volume-regulated anion channel (VRAC) and the proton activated chloride conductance (PAC). Both PAC and VRAC play central roles in brain damage following stroke.
Solange Brown, M.D., Ph.D., associate professor of neuroscience, has been selected as the recipient of the 2022 Hamilton Smith Award for Innovative Research in the Institute for Basic Biomedical Sciences. Brown’s research focuses on the development and function of neural circuits and the behaviors they control in the mammalian brain. The Brown laboratory has shown that the claustrum, a network of neurons and supporting cells, with extensive connections to the neocortex, plays an important role in selecting appropriate motor actions.