We will examine the effect of various drugs on apoptosis signaling in microglia and neuroinflammation.

Students will engage in researching magnetic resonance imaging (MRI) , helping to develop iron MRI contrast agents, making measurements, fitting data, and preparing samples for MRI studies. 

Research will seek methods to analytically predict racking displacements so that bridge designers can take measures to accommodate these displacements.

This project will investigate how residues located in the cytoplasmic domain of NMDA receptors influence this receptor's function.

Students will explore the use of a technology through a new biotech company, experiencing the translation process of converting a lab technology to a practical product used in daily life.

Students will join the Arany lab in using light based interventions to promote wound healing and tissue regeneration, using Lasers and LEDs and other non-invasive, non-pharmacological treatments to improve human health.

Students will work with various biomaterial fabrication techniques such as electrospinning, 3D printing and chemical synthesis to innovate biomedical applications that can sense and release antimicrobial agents.

Seeking students from a wide spectrum of disciplines to work on subsystems of satellite being built to be flown by NASA through its CubeSat Initiative as part of the Air Force University Nanosatellite Program.

If you have excellent programming skills and some knowledge of machine learning consider this exciting project ! 

Students will contribute to studies attempting to better understand vocal production and auditory perception in different types of mice.