About Radiology Physics
Radiology physics is crucial for radiology residents as it forms the foundation of imaging techniques like X-rays, CT, MRI, and ultrasound. It enables accurate image interpretation, ensuring precise diagnoses and better patient outcomes. Understanding radiology physics is essential for optimizing image quality, ensuring radiation safety, and effectively using imaging equipment. It supports informed clinical decision-making, and interdisciplinary collaboration, and contributes to research and innovation in imaging technology. Mastery of radiology physics is key to professional competence and excellence in radiology practice.
How Does PrepLadder Make Radiology Physics Easy for Radiology Residents?
With PrepLadder's Radiology Residency course, you get high-yield content drawn from renowned textbooks like Grainger & Allison’s 7th Edition and David Sutton's 7th Edition. The course includes conceptual video lectures. These video lectures are designed and curated by India’s top Radiology expert, Dr. Abhishek Jha, breaking complex topics into easy-to-understand bits.
Meet our Radiology Residency educator
Our esteemed Radiology faculty member, Dr. Abhishek Jha, holds an MBBS and MD in Radiology from JNMC, Aligarh, and has completed his Senior Residency at SGPGI, Lucknow. He has served as a Consultant Radiologist at Sir Gangaram Hospital, Delhi, and brings extensive teaching experience, including postgraduate teaching and invited lectures at national conferences. With MD and DNB Radiology degrees, over 20 publications, and prestigious international travel fellowships, Dr. Jha is dedicated to supporting you throughout your residency.
Are you among the students who are in medical school and deciding what you want to do with your life? Or are you the one who has already made the smar
Conventional/ Film Screen RadiographyIt utilizes X-ray film, which is made up of an emulsion of silver halide. The film’s maximum component is Silver
IntroductionRadiology or Radio diagnosis deals with radiation involving investigations, nuclear medicine, and radiotherapy. Ionizing radiation is the