Liang Ma

Dr. Liang Ma is an esteemed Associate Professor at Washington University School of Medicine, where they are recognized for their pioneering research in dermatology, developmental biology, and obstetrics and gynecology. With a keen focus on the molecular mechanisms of hair loss and the development of the female reproductive tract, Dr. Ma's work is at the forefront of understanding complex biological processes. Utilizing both human alopecia samples and sophisticated mouse models, their research delves into the gene expression changes associated with alopecia, aiming to uncover the intricate roles of anti-apoptotic proteins in endometrial cancer. Dr. Ma's research interests extend beyond these specific areas, encompassing a broader spectrum of developmental and regenerative biology. Their work seeks to elucidate the molecular mechanisms that drive tissue development, regeneration, and disease, contributing significantly to the field's understanding of these critical processes. This comprehensive approach has positioned Dr. Ma as a key figure in advancing knowledge on tissue homeostasis and repair. Affiliated with several divisions and institutes within Washington University, including Dermatology, Biology & Biomedical Sciences, the Institute of Clinical and Translational Sciences, and the Siteman Cancer Center, Dr. Ma is deeply integrated into the academic and research community. This integration facilitates a multidisciplinary approach to their research, fostering collaborations that bridge various scientific domains. In addition to their research endeavors, Dr. Ma is dedicated to mentoring the next generation of scientists. They actively guide PhD and MSTP students, providing invaluable insights and fostering a collaborative environment that encourages innovation and critical thinking. This mentorship is a testament to Dr. Ma's commitment to nurturing future leaders in the scientific community. Dr. Ma's collaborative spirit extends beyond their immediate academic environment, as they engage with researchers across disciplines to further the understanding of tissue development and disease. This collaborative approach not only enhances the scope of their research but also contributes to the broader scientific discourse on regenerative biology and its applications in medicine. Through these efforts, Dr. Ma continues to make significant contributions to the field, driving forward the boundaries of what is known about tissue development and repair.