Bioinformatics

Meshing computer science and biology, bioinformatics is the future of healthcare. The field creates processes or devices like sweat sensors that detect a virus. Often, bioinformatics focuses on cost effective approaches to medicine and rapid results.

In technological innovation, you’re always finding ways to improve performance, improve service and improve quality of life.

Chong Ahn Professor, Electrical engineering

Active Research Faculty

Headshot of Jason C. Heikenfeld

Jason C. Heikenfeld

Professor

513-556-4763

Research Interests: Wearable electronics for biosensing
Lab Website: Novel Device Lab


Headshot of Chong H. Ahn

Chong H. Ahn

Distinguished University Research Professor

513-556-4767

Research Interests: Biosensors and microfluidic testing
Lab Website: Microsystems and BioMEMs Lab


Headshot of Je Hyeong Bahk

Je Hyeong Bahk

Associate Professor

513-556-4608

Research Interests: Human body-heat energy harvesting


Headshot of Rupak K. Banerjee

Rupak K. Banerjee

Professor

513-556-2124

Research Interests: Diagnostic implants and imaging
Lab Website: Transport in Engineering and Medicine (TEM) Laboratory


Headshot of Riccardo Barrile

Riccardo Barrile

Assistant Professor

513-556-4171

Research Interests: Biomarker detection on chip


Headshot of Amit Bhattacharya

Amit Bhattacharya

Professor

513-558-0503

Research Interests: Medical device ergonomics


Headshot of Angela Zachman Boronyak

Angela Zachman Boronyak

Asst Dean

513-556-3164

Research Interests: Electric circuits in bioengineering


Headshot of Hans Charles Breiter

Hans Charles Breiter

Professor

513-556-2988

Research Interests: Behavior Modeling


Headshot of Kevin Haworth

Kevin Haworth

Associate Professor

513-558-3536

Research Interests: Diagnostic and therapeutic ultrasound


Headshot of Christy K. Holland

Christy K. Holland

Division of Cardiovascular Diseases; Director, Image-Guided Ultrasound Therapeutics Laboratories; Scientific Director, Heart, Lung, and Vascular Institute

513-558-5675

Research Interests: Diagnostic and therapeutic ultrasound


Headshot of Jing-Huei Lee

Jing-Huei Lee

Professor

513-558-5676

Research Interests: Enhancing magnetic resonance imaging


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User not found User not found

Research Interests: Brain imaging for language disorder treatment


Headshot of T. Douglas Mast

T. Douglas Mast

Professor and Graduate Program Director

513-558-5609

Research Interests: Ultrasound for cancer treatment


Headshot of Jarek Meller

Jarek Meller

Professor

513-558-1958

Research Interests: Computational genomics and biomedicine


Headshot of Eric Allen Nauman

Eric Allen Nauman

Dane A. and Mary Louise Miller Professor of Biomedical Engineering and Undergraduate Program Director

513-556-8420

Research Interests: Multimodal Data Analysis


Headshot of Yoonjee   Park

Yoonjee Park

Assoc Professor

513-556-1359

Research Interests: Drug delivery with molecular imaging


Headshot of Marepalli B. Rao

Marepalli B. Rao

Professor

513-558-3602

Research Interests: Modeling and validation


Headshot of George J Shaw III

George J Shaw III

Associate Professor of Emergency Medicine, Tenured

513-558-5281

Research Interests: Ultrasound for breaking up blood clots


Headshot of Andrew Steckl

Andrew Steckl

Distinguished University Research Professor; Gieringer Professor and Ohio Eminent Scholar

513-556-4777

Research Interests: Nanofibers for cancer treatment


Headshot of Thomas Michael Talavage

Thomas Michael Talavage

Professor

513-556-5581

Research Interests: Detecting and preventing brain injury in youth sports


Headshot of Jing Tang

Jing Tang

Associate Professor

513-556-1583

Research Interests: Nuclear Imaging


Headshot of Ryan J White

Ryan J White

Professor and Ohio Eminent Scholar, Unit Head - Chemistry

513-556-4369

Research Interests: Nanoscience, electrochemistry, biological interface


Bioinformatics Research News

1

Professor builds organ-on-chip technology for personalized...

November 12, 2020

Riccardo Barrile, assistant professor of biomedical engineering at the University of Cincinnati College of Engineering and Applied Science, is combining three powerful technologies — stem cells, 3D bioprinting and organs-on-chips — to create living human tissues and organs for use in drug screening, disease modeling and regenerative medicine. This research may someday lead to personalized medicine breakthroughs, fast-track development of new drug treatments, and eliminate the need for animal testing.

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