MCG researchers secure $5.7 million in new NIH grants
The grants are aimed at helping scientists better understand the mechanisms of two cardiovascular complications associated with HIV.
With a doctorate in Genomic Medicine, you’ll study human diseases, create diagnostic tools, and develop new therapies by mastering high-throughput technologies, in vitro and in vivo models, and patient data.
Graduates will be prepared to compete for biomedical research positions in research universities, medical schools, government agencies, and industry.
By choosing to earn your doctorate in Genomic Medicine from the Medical College of Georgia at Augusta University, you’ll be learning from a diverse group of researchers from across the basic science departments and centers.
Genomic Medicine is for you if you consider yourself
Learning
like no
other.
Want to learn more about the Genomic Medicine program at Augusta University?
Request InfoWhat You'll Study
Students in Augusta University’s Doctor of Philosophy majoring in Genomic Medicine are admitted via a common admissions process to the Biomedical Sciences doctoral program. After completing the first-year core coursework and laboratory rotations, students choose a dissertation research mentor and enter the Genomic Medicine program.
The average time to complete the degree is approximately five years of full-time, year-round study.
Curriculum | Admissions Criteria | Tuition and Fees | Application Deadlines
EXPLORE. EXCEL. EXPAND.
Augusta University's graduate programs are among the best in the nation – and the world – and our graduate students are our most valuable assets. To ensure that our students earn more than a degree, the Graduate School offers a range of opportunities so they can develop the leadership, communication and personal skills needed for a rewarding life and academic, research or professional career.
See what the Graduate School has to offer »
About the Graduate SchoolExperience-based Education
The university’s Center for Biotechnology and Genomic Medicine houses state-of-the-art equipment for genetics, genomics, proteomics, drug screening and bioinformatics.
The rotation program ensures students are familiar with the techniques, concepts and theories used in the Center for Biotechnology and Genomic Medicine so they can carry these skills forward to their own research endeavors.
With core labs in bioinformatics, proteomics and genomics, students have access to the latest equipment and techniques.
The interdisciplinary environment integrates technological and biological disciplines to create a rich environment for scientific exploration.
Faculty research expertise includes genomics, bioinformatics, computational and molecular biology and proteomics.
As the state’s only public medical school, MCG is recognized as Georgia’s leading provider of physicians and receives nearly $64 million in funding from the National Institutes of Health.
Genomic Medicine faculty come from across the Medical College of Georgia’s basic science departments and centers, creating an integrative research program.
Your Future
According to the U.S. Bureau of Labor Statistics, the median pay for a medical scientist is $95,310 per year.
Job growth is expected to rise much faster than average through 2031.
Profiles
I enjoy my Functional Genomics and Proteomics, as well as Computational Methods courses. The former teaches me about techniques that are used in the field of Genomic Medicine and their application. Whereas the second introduces me to the field of Bioinformatics that is used to decode the massive data that the newly advanced machinery generates.
Stepan Budkin
I chose Genomic Medicine at AU because I was always interested in big data analysis and the translational aspect of biomedical research. Our Genomic Medicine program is very translational in nature and graduates have moved on to assume academic and industry careers.
Sai Karthik Kodeboyina
GPA: Overall GPA of 3.0 on a 4.0 scale at the Baccalaureate level calculated on all undergraduate work.
Degree Requirement: Minimum of a Bachelor’s degree or equivalent from an accredited college or university.
Transcripts: Official transcripts are required from all universities and colleges ever attended. Unofficial transcripts from US colleges and universities can be used in the admissions review process in lieu of official transcripts for this program.
Standardized Test Requirements: None are required for this program.
Letters of Recommendation: Recommendations from three individuals must be submitted through the application portal.
Resume: Applicants must submit a resume or curriculum vitae within the application portal.
Research Experience: Research experience is required for admission. Within the application, you will be prompted to provide both personal and research statements. Please consult the application for the full statement prompts.
International Students: Please review the verification process for international transcripts and the english proficiency requirement.
$4,801*
Estimated total
Full-time / In-State / Per Semester
$401
Tuition Per Hour
$675
Mandatory Fees
View Detailed Program Tuition
*Tuition & Fees listed here are for in-state students enrolling in the university for Fall 2024 semester.
Detailed Program Tuition Information
Early submission of all application materials is strongly advised.
All required application materials and documents must be received in order for an application to be considered complete and before an admission decision can be made. The program does not accept applications after the published application deadline, however the program will continue to accept application materials up to 2 weeks after the application deadline.
Learning Like No Other
Research facilities with state-of-the-art equipment enable students to pursue their research efficiently and conveniently.
Distinguished faculty with experience in genetics, genomics, biotechnology and translational medicine provide an interdisciplinary research environment that encourages creativity and innovation.
The Medical College of Georgia is also home to the Georgia Cancer Center, the Georgia Prevention Institute, the Vascular Biology Center and the Center for Healthy Aging. With these important centers and institutes on campus, students have opportunities to interact with researchers from a wide range of biomedical fields.
The grants are aimed at helping scientists better understand the mechanisms of two cardiovascular complications associated with HIV.
“This year we finally found something that was both an interesting image and an interesting research subject," says Bruno Cisterna, PhD.
“It shows that our work is competitive nationally and demonstrates our commitment to training the next generation of scientists," says Eric Belin de Chantemèle, PhD.
The program supports investigators at each career stage who propose innovative research that, due to its inherent risk, may struggle in the traditional NIH peer-review process.