Faculty Profile

Manu O Platt

Professor, Associate Chair for Graduate Studies, Wallace H. Coulter Distinguished Faculty Fellow, Diversity Director, STC on Emergent Behaviors of Integrated Cellular Systems (EBICS), GRA Distinguished Scholar

EBB 3015

404.385.8531

Platt Lab for Remodeling, Repair, and Regeneration

Research Interests:

Tissue remodeling, HIV, Cardiovascular disease, Sickle cell disease strokes, Predictive medicine

Publications:

Videos:

Latest Articles:

Manu Platt in his lab (Photo: Allison Carter)

Platt Elevated to BMES Fellow

A screenshot of a story about the NIH's plan to address structural racism from STAT News. Headline: NIH releases a plan to confront structural racism. Critics say it’s not enough

Platt Tells STAT News NIH Plan to Address Structural Racism is Promising

Newly appointed distinguished faculty fellows in the Wallace H. Coulter Department of Biomedical Engineering. From left, May Dongmei Wang, Gabe Kwong, Peng Qiu, Manu Platt, and Jaydev Desai.

Coulter BME Appoints Five New Distinguished Faculty Fellows

Platt Appointed to Lead Coulter BME Grad Programs

Regents Professor Ajit Yoganathan and Associate Professor Manu Platt

Yoganathan, Platt Win AIMBE Professional Impact Awards

Read Next:

A prototype soft gripping robot prepares to grasp and gently pick a blackberry from its stem during preliminary testing. (Photo Courtesy: Yue Chen)

This Robot’s Gentle Grip Can Harvest Berries and Other Delicate Fruit

Yue Chen and collaborators presenting their soft, flexible ‘hand’ at world’s top robotics conference

Four Coulter Department faculty members have earned promotions this spring. From left, Edward Botchwey has been promoted to professor, and Yonggang Ke, Francisco "Paco" Robles, and Denis Tsygankov have each received tenure and promotion to associate professor.

Botchwey Promoted to Professor; Ke, Robles, Tsygankov Earn Tenure

An image of a colon organoid captured by a new system developed in Shu Jia’s lab that can capture dynamic, 3D information about the lab-grown cultures of tissues in a single image. The raw image was captured in 0.1 seconds. The coloration represents depths of 60 and -60 micrometers from the focal plan to depict the organoid in three dimensions. (Image Courtesy: Shu Jia & Wenhao Liu)

3D in a Snap: Jia Lab Develops Next Generation System for Imaging Organoids

Illustration shows how the Ocelot device can be used to target the Achilles tendon in the heel to promote healing. (Image Courtesy: TendoNova)

FDA Clears the Way for Surgical Device Developed in Coulter Department’s MBID Program

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