DMSVTD 480 | Oncologic Ultrasound: Tumor Neovascularization

DMSVTD 480 | Oncologic Ultrasound: Tumor Neovascularization Total: 20 Hours | E-Lecture: 6 Hours | E-Lab: 6 Hours | On Site Lab: 8 Hours This course provides an in-depth exploration of ultrasound applications in oncology, focusing on precision tumor detection, metastasis assessment, and treatment monitoring. Students will develop skills to evaluate both solid and cystic lesions, distinguish tumor types, and analyze tumor morphology and vascular dynamics. The curriculum integrates a comprehensive understanding of cancer physiology, covering how tumors develop, spread through lymphatic and vascular pathways, and interact with the body's immune and systemic responses. Special attention is given to arteriogenesis and venogenesis, particularly in the context of sarcoma, emphasizing the role of vascular dynamics in tumor growth and metastasis. Students will also gain expertise in using ultrasound to monitor post-treatment changes, interpret shifts in blood flow and tissue composition, and assess therapeutic effectiveness. Beyond imaging, the course examines lifestyle, immune function, and systemic health factors that contribute to cancer prevention and management. By mastering these techniques, students will be equipped to contribute to personalized, adaptive treatment plans that enhance diagnostic accuracy and improve patient outcomes in oncology.