Team
Current Students
Welcoming a diverse group of students, the Priddy Lab ensures students can follow their interests when working on projects. We collaborate with experts in the field of biomedical engineering across academia, industry, and clinical practice. In particular, we regularly work with veterinarians from MSU’s College of Veterinary Medicine. Our research focuses on two broad topics, bone healing and infection mitigation.
Graduate Students
Jaydon Gibson
1st Year Biomedical Engineering MS Student
Research Interests: Jaydon is studying polymer osseointegration in a mechanical loading/perfusion bioreactor under in vivo conditions. BS in Biomedical Engineering from Mississippi State University (Starkville, MS)Undergraduate Students
Emma Van Epps
Senior Biomedical Engineering Student
Minor: Microbiology
Research Interests: Emma is currently working with Annemarie to develop a 3D-printed biodegradable bone scaffold for use on large bone defects.
Tanner Jones
Senior Biomedical Engineering Student
Minor: Electrical Engineering
Research Interests: Tanner is currently working alongside Halleigh and Dani in the MSU-Medtronic Use Conditions Program to develop a method for determining the impact energy of a spinal implant system.
Khaoula Kamal
Junior Biomedical Engineering Student
Research Interests: Khaoula is currently working on biodegradable orthopedic implants using magnesium and possible alloys. She is also helping with future cell culture studies.
Honor Elchos
Junior Biomedical Engineering Student
Research Interests: Honor is currently working alongside Jaydon and April on the bioreactor project studying osseogenesis under mechanical loading/perfusion conditions in vitro.
April Guo-Yue
Sophmore Biomedical Engineering Student
Research Interests: April is currently working with Jaydon and Honor on the bioreactor project studying osteogenesis under mechanical loading/perfusion conditions in vitro.
Annemarie Coatney
Sophmore Biomedical Engineering Student
Research Interests: Annemarie is currently working with Emma to develop a 3D-printed biodegradable bone scaffold for use on large bone defects.