Cell biology is a dynamic field rooted in the anatomical sciences. It focuses on understanding structure and function of the cell, its physiological properties and the organization and function of the organelles that comprise it.
Our department is dedicated to understanding cellular function through state-of-the art research in areas such as autophagy and apoptosis, bone metabolism, developmental biology, molecular motors, dysphagia/swallowing disorders, exosome biology, renal disease, stem cell research, vision science (retina and cornea), and cell wounding.
We are dedicated to conveying new knowledge to future scientists and educating the
next generation of scientists, clinicians and other healthcare professionals. We welcome
your interest in our department and invite you to learn more about exciting research
and educational opportunities within the department!
Mission: The Department of Cellular Biology and Anatomy has as its core mission the advancement of outstanding research and education. We work collaboratively to discover new knowledge through innovative biomedical research, to transmit that knowledge to students, and to train future researchers, educators and health care professionals.
Learn more about Cellular Biology & Anatomy's anatomical donation.
Memorial Service
Cellular Biology & Anatomy
Health Sciences Campus
Carl T. Sanders R & E Building
706-721-3731
706-721-6120
1120 15th Street, CB 1101, Augusta, GA 30912
Dr. Mark Hamrick, bone and muscle biologist, federally funded investigator and honored educator and scientist, has been named senior associate dean for research at the Medical College of Georgia at Augusta University.
The kidneys often become bulky and dysfunctional in diabetes, and now scientists have found that one path to this damage dramatically reduces the kidney’s ability to clean up after itself.
“This growing group of scientists has always been a highly collaborative and collegial group, happy to share their expertise and equipment, but the grant enables us to formalize and expand our sharing more efficiently and effectively."
When the eye isn’t getting enough oxygen in the face of common conditions like premature birth or diabetes, it sets in motion a state of frenzied energy production that can ultimately result in blindness, and now scientists have identified new points where they may be able to calm the frenzy and instead enable recovery.
