Program Information
The program consists of 36+ credits taken over a 2-year period of study, including five lab-based courses in which the students learn methods ranging from sample preparation to microscopic imaging. An important component of the program is an internship in a biomedical research laboratory where students will apply what they learn to a research project focusing on areas such as inflammation, cancer, cardiovascular and neurological diseases, immunology, and drug delivery. Students in the M.S. in Biomedical Sciences Applied Biotechnology concentration will be required to successfully complete either a research-based thesis. Further information can be found in our Applied Biotechology Program Manual.
Program Goals
By completion of the M.S. Biomedical Sciences, Applied Biotechnology concentration, students should be able to:
- Perform core laboratory techniques used in biomedical biotechnology, including molecular methods, sample preparation, biological microscopic imaging, and other instrumentation-based workflows.
- Operate and interpret data from advanced research technologies such as confocal/multiphoton microscopy, electron microscopy, flow cytometry/cell sorting, molecular analysis platforms, image analysis software, and in vivo imaging systems.
- Design, conduct, and document a laboratory-based biomedical research project.
- Demonstrate responsible conduct of biomedical research, including accurate data representation, proper citation, ethical laboratory practice, and professional integrity.
- Communicate scientific findings effectively through a research-based thesis defense and at least one professional poster presentation at a conference or research symposium.
Sample Curriculum
Applied Biotechnology Sample Curriculum Document
Representative Equipment
The following list represents some of the equipment you will be trained on in our courses:
| Leica Stellaris 8 FALCON with TauSTED | Leica Stellaris 5 Dichroic |
| JEOL 1400 Plus Transmission Electron Microscope | JEOL JSM IT100 Scanning Electron Microscope |
| Leica Ultracut R Ultramicrotome | BD FACSDISCOVER S8 Cell Sorter |
| BD FACS Symphony A5 Cell Analyzer | BioRad BioPlex 200 |
| BioRad GelDoc XR+ System and iMark Microplate Absorbance Reader | LiCor Odyssey CLX System |
| ThermoFisher QuantStudio PCR systems | iBright CL1500 Imager |
| AMIRA Image Analysis Software | Leica LASX 3D software |
| PerkinElmer Quantum GX microCT Imaging System | PerkinElmer IVIS Spectrum Fluorescence and Bioluminescence Imaging System |
| Visual Sonics VEVO 3100 High Resolution In Vivo Imaging System |
Current Students and Alumni
Amy (Rowley) Mackowiak, PharmD - Infectious Diseases Pharmacist at Duke University Hospital
Caleb Padgett, PhD- MD/PhD Program at Medical College of Georgia
Austin Worden, PhD- Director, Instrumentation Resource Facility
Nguyen Vu- Senior Principal Researcher at Eisai US
Ashley Ferri- Staff Biomedical Engineer at Columbia VA Hospital
Madison Yemc- Biosciences Sales Specialist – Nikon Instruments Inc.
*COVID-19 delayed student progress*
Elisabeth Caldwell
Kinsey Meggett- PhD Candidate at Clemson University
Morgan Lano-CMC Regulatory Technician at Nephron Pharmaceuticals
Nia Hall- PhD Candidate at USC School of Medicine Columbia
Ari VillaFuerta- Technical Staff at MUSC
Karmen Owen- Research Specialist at Instrumentation Resource Facility
Kasie Roark- PhD Student at USC School of Medicine Columbia
Kyle Stegman- MD Student at MUSC
Ryan Ball- PhD Student at USC School of Medicine Columbia
Chelsea Zizzi- York County (Virginia) School District
Emily Walliser- MD Student at USC School of Medicine Columbia
Lernix Williams- PhD Student at USC School of Medicine Columbia
Kenny Johnson- PhD Student at USC School of Medicine Columbia
Katarina Kucic
Mackenzie Azuero- Richland County (South Carolina) School District
Ivana Daniels
Morgan Hood
Karina Desai