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Applications to Complex Genetic Diseases

Many human diseases are linked to genetic dysfunctions. DCMB faculty collaborate with human genetics experts to:

  1. Identify foundational knowledge gaps and develop innovative bioinformatics and computational biology theories and AI and Machine Learning methods to address these.  

  2. Test and refine existing theories and AI and Machine Learning methods in bioinformatics and computational medicine toward the study of genetic diseases.  

  3. Develop new AI and Machine Learning methods and computational tools for diagnostics and treatments. 

The diseases that DCMB/CCMB faculty members study include: 

 
This research overlaps with the study of 4D Nucleome.

Associated Faculty

Brian Athey

Brian D Athey, PhD

Professor
portrait of Margit Burmeister

Margit Burmeister, PhD

Professor
Guan-Yuanfan.jpg

Yuanfang Guan, PhD

Professor
Veera Baladandayuthapani

Veera Baladandayuthapani, PhD

Professor
Jacob Kitzman headshot

Jacob Kitzman, PhD

Professor
Kretzler

Matthias Kretzler, MD

Professor
Lara Garmire

Lana Garmire, PhD

Adjunct Associate Professor
headshot of Rajasree Menon

Rajasree Menon, PhD

Research Scientist
Gilber Omenn

Gilbert S Omenn, MD, PhD

Professor
Steven Parker

Stephen CJ Parker, PhD

Professor
Indika Rajapakse

Indika Rajapakse, PhD

Professor
Maureen Sartor

Maureen Sartor, PhD

Professor
Elizabeth Katherine Speliotes headshot

Elizabeth K Speliotes, MD, PhD, MPH

Professor
Matthew O'Meara

Matthew James O'Meara, PhD

Assistant Professor
profile-jeremy-tayloe-2023

Jeremy M Taylor, PhD

Professor
portrait of Alex Tsoi

Lam (Alex) C Tsoi, PhD

Associate Professor
Joshua Welch

Joshua Welch, PhD

Associate Professor
Yue Zhao

Yue Zhao, PhD

Research Assistant Professor