Experimental Radiation Oncology

Experimental Radiation Oncology (ERO) serves as the dynamic laboratory-based research arm of the Radiation Oncology division, synergizing with and bolstering the efforts of physician-scientists' laboratories within our institution. At the heart of our goal lies a deep-seated commitment to unraveling the intricate biology that underlies the interactions between tumors and normal tissues with radiation and other therapeutic agents employed in cancer treatment.

Led by a distinguished faculty, our research endeavors encompass a broad spectrum of investigation. These range from elucidating mechanisms of therapy resistance and deciphering intricate cell signaling pathways to unraveling the enigmatic processes of metastasis and delving into the complexities of stem cell biology. Through our relentless pursuit of translational research, we aim  to expand the frontiers of knowledge and catalyze advancements in clinical practice.
 

Education 

Complementing our research initiatives, the department plays a pivotal role in nurturing the next generation of scientific leaders. We are deeply invested in the education and training of students, postdoctoral fellows and residents, equipping them with a profound understanding of tumor biology fundamentals.

Our faculty assume leadership roles in spearheading institution-wide programs tailored to enrich the training experiences of postdoctoral fellows, fostering a vibrant academic community dedicated to excellence and innovation.

In alignment with our commitment to academic excellence, the majority of faculty members within the Experimental Radiation Oncology department also serve as faculty members at The University of Texas MD Anderson Cancer Center UTHealth Houston Graduate School of Biomedical Sciences. This symbiotic relationship facilitates a seamless integration of innovative research and educational endeavors, catalyzing the emergence of novel master's and Ph.D. degree programs.

Our dedication to education extends beyond traditional academic boundaries, as we actively engage in shaping the next generation of radiation oncology professionals. Through comprehensive classroom instruction and immersive laboratory experiences, we play an instrumental role in cultivating the talents of radiotherapy residents, fellows, and medical physics students, nurturing a cadre of versatile and innovative practitioners poised to make enduring contributions to the field.

We are also proud to host a vibrant community of aspiring young scientists each summer through the MD Anderson Summer Research Programs. High school and college students converge upon our laboratories, embarking on transformative journeys that afford them firsthand exposure to laboratory techniques, insights into the intricacies of the research process, and invaluable mentorship as they explore diverse career pathways in clinical, translational or basic research arenas.