Bree Aldridge is no traditional microbiologist—she’s a bioengineer by training, with talents for intense computational modeling and mathematics that have already helped her break at least one new paradigm in the TB field. And now, with an interdisciplinary team of engineers-turned-biologists, and biologists newly trained in heavy computation, she has joined the vanguard in a new era of tuberculosis research, where her contributions could revolutionize how this deadly disease is understood and treated.
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Invisible particles in the air are responsible for three of the top ten causes of ill health and death worldwide, warns a new book
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School of Medicine students evaluate programs and policies to combat HIV in Namibia
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A new app seeks to aid a growing number of drug-exposed newborns
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The 2018 School of Medicine graduates are ready to tackle health-care challenges
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Caroline Genco and her team identify gender-specific signatures in gonorrhea-infected men and women.
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Learn about the new CTSI Clinical & Translational Science Research Center Voucher Program that supports access to the CTRC.
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Christina McGuire and Mike Forgac focus on the role of V-ATPase in signaling during nutrient starvation.