the need for expensive, stationary equipment. Patient Comfort: Minimizes patient movement and discomfort. Enhanced Clinical Decision-Making: Provides real-time data to guide interventions. Limitations and Challenges While the benefits are substantial, there are certain limitations
t comprehensive evaluations: Audit existing scheduling workflows Identify gaps in data accuracy, interoperability, and security Review current technology capabilities and limitations Choosing the Right
logy Important for Radiologists? Patient Safety: Understanding radiation effects helps optimize protocols to minimize harm. Treatment Planning: In radiation therapy, radiobiology guides dose calculations and fractionation schedules. Diagnostic Accuracy: Knowle
cations for Diagnostic Imaging Use of low-dose protocols Justification of each imaging procedure Employing alternative modalities when appropriate Implications for Radiation Therapy Fractionation schedules to spare normal tissue Use of advanced techniques (e.g., IMRT, stereotactic radiosurge
rances assist clinicians in tailoring radiation protocols. Furthermore, its insights into radiobiological effects underpin understanding of side effects, secondary malignancies, and emerging therapies. Conclusi
