How many times more radiation does the cine mode require compared to the fluoroscopy mode?

Cine mode in fluoroscopy significantly increases radiation exposure compared to standard fluoroscopy mode. This increase is primarily due to the way cine mode captures continuous images over a period of time, resulting in a higher dose of radiation being administered to the patient during the imaging process.

Specifically, cine mode typically requires approximately 10 to 25 times more radiation than fluoroscopy mode, depending on the specific equipment and protocol being used. Therefore, the choice indicating that it requires 15 times more radiation aligns well with commonly accepted data in radiology concerning the comparative radiation doses between these two modes. This understanding is critical for radiologic technologists and medical professionals who aim to minimize patient exposure while obtaining necessary diagnostic images.

While the other choices may represent significant increases, the specific figure of 15 times is accurate according to industry standards observed as of the latest training data. This highlights the importance of applying appropriate imaging protocols based on the level of detail required and the radiation safety protocols in place to protect both patients and healthcare professionals.