In the last two decades, radiation exposure to patients has increased significantly. This will be attributed to the growing use of radiological procedures like CT, fluoroscopy, and interventional imaging procedures,
The practice of regulating and observing the quantity of ionising radiation that patients are exposed to during medical imaging procedures, such as X-rays, CT scans, and nuclear medicine investigations, is known as Radiation dose management.
Because ionising radiation exposure increases a person's chance of getting cancer and other disorders, effective radiation dose management is crucial. Healthcare professionals may increase patient safety and make sure that the advantages of medical imaging outweigh any potential concerns by reducing radiation exposure.
Some of the specific research objectives in radiation dose management include:
l the creation and improvement of imaging protocols and methods that can lower radiation exposure while preserving or enhancing image quality.
l examining the efficiency of dose reduction techniques including collimation and patient placement as well as radiation shielding.
l developing instruments and technologies that aid medical professionals in precisely measuring and monitoring radiation exposure during imaging procedures.
l to better understand the dangers connected with various degrees of radiation exposure, researchers are looking into the long-term consequences of radiation exposure on patient health.
l the creation of radiation dose control guidelines and best practices that healthcare professionals may use to increase patient safety and cut down on needless ionising radiation exposure.
Conclusion: Radiation dose control is a crucial component of medical imaging that works to reduce the amount of ionising radiation that patients are exposed to throughout diagnostic and therapeutic operations. It entails enhancing imaging procedures and methods, applying the proper radiation protection and collimation, and tracking and keeping an eye on radiation exposure.
To ensure patient safety and reduce the danger of radiation exposure-related long-term health effects, effective radiation dose management is essential. The goal of ongoing research in this area is to better understand the dangers and advantages of various imaging techniques and protocols as well as to develop new methods and technology for cutting radiation exposure.
