Biomedical Sciences

• Analyzing the Role of Centrosome Protein in the Development of Melanoma.
• Analysis of Expression Levels of Key Centrosome Proteins in Cultured Sarcoma Cell Lines of Varied Origin.

Hamilton Math & Science Bldg

Phone: 423-869-6698
Office Location: 433
Email: adam.gromley@lmunet.edu

• Investigation of Mutations in the HECTD1 Gene in Various Epithelial Cancer Cell Lines.

• Cardiovascular hemodynamic studies using adult subjects
• Cardiology retrospective data projects.

DCOM Building

Phone: 423-869-6429
Office Location: 214
Email:  bradley.fleenor@lmunet.edu

• 3D printing models
• Zebra fish models

WKNOX Bldg 1

Phone: 865-338-5737
Office Location: 237
Email: natalie.freeman@lmunet.edu

• Ultrastructural analysis of zooplankton morphology
• Diversity as indices of estuarine health

• Ultrastructural analysis of zooplankton morphology
• Diversity as indices of estuarine health

DCOM Bldg

Phone: 423-869-6818
Office Location: 217
Email: stan.kunigelis@lmunet.edu

• Correlation of perceived stress and physical activity on central and brachial blood pressures.
• Cardiac rehabilitation.
• Cardiology retrospective data projects.

• Cardiometabolic studies

WKNOX Bldg 1

Phone: 865-338-5720
Office Location: 235
Email: lindsey.miller@lmunet.edu

• Laboratory projects investigating DMSO and COD-ME on prostate and pancreatic cancer cell lines.
• Infectious diseases

Projects

• Combined treatment with anti-androgen (Enzalutamide), 5-alpha-reductase inhibitor (Dutasteride) and CDDO-me (AR suppressor) as a novel approach against prostate cancer.
• Utility of natural compounds, sulforaphane, dimethyl sulfoxide and dimethyl sulfone, as effective, safe and chronic anticancer treatments.  

WKNOX Bldg 1

Phone: 865-338-5715
Office Location: 238
Email: debasis.mondal@lmunet.edu

• Electronic cigarette (E-CIG) inhaled aerosol and potential dangers

Hamilton Math & Science Bldg

Phone: 423-869-6680
Office Location: 430
Email: domenico.palazzolo@lmunet.edu

• Delayed Administration of Angiotensin II Type 2 Receptor (AT2R) Agonist Compound 21 Prevents the Development of Post-stroke Cognitive Impairment in Diabetes Through the Modulation of Microglia Polarization

WKNOX Bldg 1

Phone: 865-338-5761
Office Location: 239
Email: mohammed.sayed@lmunet.edu