Bioinformatics

Jun 30, 2018  |  Bioinformatics

Researchers Find Connection Between Genes, Response to Environmental Chemicals

Why do individuals respond differently to the same environment? Researchers find connection between genes, response to environmental Chemicals

Jun 29, 2018  |  Bioinformatics

Researchers Find Vitamin D Receptor is Target for Disruption by Environmental Chemicals

Vitamin D receptor is target for disruption by environmental chemicals

Jun 27, 2018  |  Bioinformatics

Statistician Wright Named Goodnight Innovation Distinguished Professor

The professorship was made possible by a gift from longtime NC State supporters Jim and Ann Goodnight.

Jun 7, 2018  |  Bioinformatics

ChemMaps Lets Researchers Navigate the Chemical Universe

ChemMaps lets users navigate the chemical space of over 8,000 drugs and 47,000 environmental compounds in 3D and real time.

Mar 13, 2018  |  Bioinformatics

Computers Discover Compounds That Could Reduce Listeria’s Virulence

Researchers use computer modeling to find compounds that could limit Listeria’s virulence.

Mar 7, 2018

Computer Modeling of WNK Kinase Inhibitors Could Give Researchers New Tools for Understanding Hypertension

Computer Modeling of WNK Kinase Inhibitors Could Give Researchers New Tools for Understanding Hypertension

Oct 2, 2017

Study Examines Cross-Species Interactions

A new study shows the ways differing species interact at the molecular level.

May 16, 2017

Researchers Use Molecular Dynamics and Machine Learning to Create ‘Hyper-predictive’ Computer Models for Drug Discovery

Denis Fourches uses molecular dynamics and machine learning to create hyper-predictive drug discovery models.

Apr 20, 2017

Researchers Release First Chemical Map of Dyes from Historic Dye Library

The first chemical “map” of dyes from the Max A. Weaver Dye Library has been released. The information could assist researchers in developing dyes with desirable properties.

Apr 10, 2017

Computer Simulations First Step Toward Designing New, More Efficient Amine Chemical Scrubbers

Molecular models aim to improve design of cheaper, more efficient amine chemicals to capture carbon dioxide.