Title:
KNOWLEDGE, AWARENESS & COMPLIANCE OF RADIOLOGIC TECHNOLOGISTS WITH RADIATION SAFETY PRINCIPLES IN MOBILE RADIOGRAPHY IN SELECTED HOSPITALS IN METRO MANILA

Authors:
John Pocholo C Rollon and Marifel O. Sison, Philippines

Abstract:
Mobile radiography relies on the expertise of radiologic technologists, who possess a high level of knowledge, awareness, and compliance with radiation safety principles. Their skills are essential for implementing safety measures that reduce occupational radiation exposure, enhance workplace safety, and improve patient care and overall outcomes. Increased knowledge leads to greater awareness, which in turn fosters improved compliance with radiation safety standards. To maintain these high levels of adherence, it is crucial for hospitals in Metro Manila to implement the proposed action plan aimed at achieving optimal radiation safety practices. The growing use of mobile radiography requires strict adherence to radiation safety regulations. However, maintaining controlled environmental conditions can be challenging. Therefore, it is essential to evaluate the knowledge and compliance of radiologic technologists and their relationship to radiation safety principles in mobile radiography across selected hospitals in Metro Manila. A descriptive-correlational study design will involve 74 radiologic technologists chosen through stratified random sampling. To enhance radiation safety in mobile radiography, researchers should receive additional training on the As Low as Reasonably Achievable (ALARA) principle. This training will help ensure that their knowledge, skills, and professional competence remain optimal. Ongoing education through hospital-based seminars and workshops is also essential, covering topics such as proper dosimeter use, effective dose reduction, and crucial radiation protection measures. Regular workshops, refresher courses, and a strong safety culture are vital for maintaining radiation safety as a priority in daily practice. Finally, future researchers are encouraged to broaden the scope of radiation safety studies to include a more diverse sample population, thereby validating and strengthening these findings.