Vineeta Sharma

My journey in science has been both deeply personal and transformative. I earned my Ph.D. in India in 2018, where my research focused on women's reproductive health, particularly reproductive tract infections, human papillomavirus (HPV), and the progression toward cervical cancer. During my doctoral research, I identified a novel cytokine gene variant with potential as a biomarker for cervical cancer, an experience that strengthened my passion for translational biomedical research.

Beyond the scientific discoveries, it was my interaction with HIV-positive women during my doctoral studies that profoundly shaped my perspective. Working closely with these patients, I witnessed their resilience, courage, and determination despite the tremendous physical and emotional challenges they faced. Their strength inspired me to realize that life is defined not by obstacles but by purpose. That experience reinforced my commitment to dedicate my career to scientific research that has the potential to improve human health, particularly the health of women.

Following my doctoral training, I moved to the United States to pursue postdoctoral research at Vanderbilt University, where I expanded my expertise in cancer biology and received advanced training in state-of-the-art molecular and imaging technologies. This experience provided me with a strong foundation in translational cancer research and exposed me to innovative approaches for understanding disease mechanisms.

I later joined Meharry Medical College as a Senior Staff Scientist in the Morphology Core Facility. In this role, I support faculty, postdoctoral fellows, graduate students, and medical students by providing scientific consultation, developing experimental strategies, training researchers in advanced imaging technologies, and contributing to a wide range of collaborative biomedical research projects. My expertise encompasses advanced microscopy, cell and developmental biology, three-dimensional cell culture, and quantitative image analysis. My current research focuses on triple-negative breast cancer using patient-relevant three-dimensional organoid models and high-resolution imaging platforms, including confocal and super-resolution STORM microscopy, to better understand tumor progression and evaluate novel therapeutic strategies. I have established advanced 3D organoid culture techniques that closely recapitulate the biology of human tumors, creating valuable experimental models for cancer research and drug discovery.

Looking toward the future, my vision is to establish a nationally recognized organoid research and development center capable of generating high-quality organoid models for academic investigators, pharmaceutical companies, and biotechnology partners to accelerate drug discovery and precision medicine. I believe that integrating organoid technology with advanced imaging and translational research has tremendous potential to transform the way we study disease and develop more effective therapies.

Throughout my career, my greatest motivation has remained improving women's health through scientific discovery. Equally rewarding has been the opportunity to mentor and learn alongside students and young investigators, helping them develop confidence and technical expertise while continuing to grow as a scientist myself. I am deeply grateful to Meharry Medical College for providing an environment that supports innovation, collaboration, and scientific excellence, allowing me to contribute meaningfully to biomedical research and to the next generation of scientists.