Stats and Strengths
Data driven. Community-powered.
The NC State Bioinformatics Research Center is the university’s hub for cutting-edge computational biology, bridging the life sciences, statistics, and computer science to tackle the most complex biological questions of our time. With world-class faculty driving discoveries in genomics, evolutionary biology, and data science, the center generates millions in annual research funding and trains the next generation of bioinformaticians shaping the future of medicine, agriculture, and environmental science.
World-Class Scholars & Research in Bioinformatics
- 38 active research projects in 2026
- 117 peer-reviewed publications in 2025
- $37 million in research expenditures in 5 years
- 2 NSF early CAREER award winners
- 4 Goodnight Early Career Innovators Awards
- 1 Goodnight Innovation Distinguished Professor
- 25 years of excellence in research & training in genomics and computational biology
- 87 PhDs and 54 masters in the aligned Bioinformatics Graduate Program
National & International Awards and Recognition
2 Winners of Faculty Early Career Awards

Dr. Xingcheng Lin
CAREER: Unraveling the Epigenetic Grammar Governing Chromatin Organization



It is well understood that genetic information encoded in DNA is passed on to future generations. However, genetic information can be modified without altering the DNA sequence, and these modifications can be passed on to future generations. Epigenetics is the study of this processes which shapes the three-dimensional organization of DNA and thus controls gene activity. Dysregulation of epigenetic processes has been implicated in numerous human diseases. Despite decades of research, the precise “epigenetic grammar” — the rules by which specific combinations of epigenetic modifications collectively shape chromatin structure — remains elusive.
Dr. David Rasmussen
CAREER: Deconstructing the Fitness Tradeoffs that Limit Viral Host Range:



This research project will explore how viruses adapt to multiple host species. Viruses have a remarkable capacity to adapt to novel environments, but their potential to infect new hosts is not necessarily limitless. Adapting to a novel host is largely thought to decrease pathogen performance or fitness in other hosts, limiting the range of hosts a given pathogen can infect. Understanding how these tradeoffs could therefore provide major insights into how best to control and manage viral pathogens.
National Awards and Service
University Awards & Recognition
Goodnight Innovation Distinguished Professor

Goodnight Early Career Innovators




UniversitY and Provost awards
2023 Provost Faculty Fellow
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2022 University Faculty Scholar