Neema jayati

Dr. Jayati Neema, a Radiation Oncologist, is dedicated to providing advanced cancer treatment through radiation therapy. Since her registration in 2022, she has been actively involved in diagnosing, planning, and administering radiation treatments for cancer patients. She has worked in oncology departments and cancer treatment centers, specializing in tumor-targeted therapies, palliative radiation care, and precision radiation techniques such as IMRT and SBRT. Her expertise ensures that patients receive personalized, evidence-based treatment while minimizing side effects and improving recovery outcomes.

Dr. Neema has a deep interest in clinical research related to radiation therapy and cancer treatment advancements. Her research focuses on the role of advanced imaging in improving radiation accuracy, the effectiveness of combination therapies in oncology, and the long-term outcomes of radiation treatment on cancer survivors. She has contributed to studies exploring radiation-induced side effects, the integration of AI in radiotherapy planning, and innovative techniques to enhance tumor control while preserving healthy tissues. Her work aims to improve cancer treatment protocols and enhance the quality of life for oncology patients.

• Recognized for her dedication to cancer treatment and radiation therapy advancements.
• Appreciated for her role in patient-centered oncology care and research initiatives.
• Acknowledged for her expertise in precision radiation techniques and tumor-targeted therapies.
• Honored for her participation in national and international oncology conferences.
• Respected among peers for her commitment to innovation in radiation oncology and patient outcomes.

• Dr. Jayati Neema, a Radiation Oncologist, has contributed to research focusing on precision radiation treatments and cancer care advancements.
• Published studies on the role of imaging technologies in improving radiation accuracy for cancer patients.
• Researched the impact of combination therapies in enhancing radiation treatment effectiveness.
• Contributed to medical journals discussing advancements in radiotherapy planning and AI integration in oncology.
• Explored techniques to minimize radiation side effects and improve long-term patient outcomes.
• Her work serves as a valuable resource for oncologists, medical researchers, and radiation therapy specialists striving to improve cancer treatment strategies.