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A REVIEW OF DETERMINATION OF DOSES AND CANCER RISK TO PATIENTS UNDERGOING SELECTED DIGITAL X-RAY EXAMINATION
Abstract:
Determination of Doses and Cancer Risk to Patients Undergoing Selected Digital X-Ray Examination
This study investigates the doses received by patients undergoing selected digital X-ray examinations and evaluates the associated cancer risk. Digital X-ray technology has become widely used in medical imaging due to its efficiency, image quality, and reduced radiation exposure compared to traditional film-based X-ray systems. However, concerns remain regarding the potential health risks associated with radiation exposure during diagnostic procedures.
Using a combination of dosimetric measurements, computational modeling, and risk assessment techniques, this research quantifies the radiation doses received by patients during digital X-ray examinations of specific anatomical regions, such as the chest, abdomen, and extremities. It also estimates the lifetime cancer risk attributable to these doses, considering factors such as patient age, gender, and anatomical site of exposure.
The study aims to provide valuable insights into the radiation dose levels encountered by patients during digital X-ray examinations and the corresponding cancer risk. By analyzing dose data and cancer risk estimates, healthcare providers can better understand the potential health implications of diagnostic imaging procedures and tailor patient care accordingly.
Additionally, the research contributes to ongoing efforts to optimize radiation dose levels in medical imaging, minimize unnecessary exposures, and enhance patient safety. By identifying factors influencing dose levels and cancer risk, this study informs evidence-based decision-making and supports the development of guidelines and protocols for radiation protection in clinical practice.
Overall, this study enhances our understanding of the radiation dose and cancer risk associated with selected digital X-ray examinations, contributing to the advancement of patient-centered care and radiation safety in medical imaging practices.
TABLE OF CONTENT
Chapter 1: Introduction
Background to the Study
Statement of the Problem
Objectives of the Study
Significance of the Study
Scope and Limitations
Organization of the Thesis
Chapter 2: Literature Review
Overview of Digital X-Ray Technology
Radiation Dose in Digital X-Ray Examinations
Cancer Risk Assessment in Radiological Imaging
Previous Studies on Dose and Risk in Digital X-Ray
Gaps and Challenges in Current Knowledge
Chapter 3: Methodology
Research Design and Approach
Selection of Digital X-Ray Examinations
Dosimetric Measurements and Data Collection
Computational Modeling of Radiation Dose
Cancer Risk Estimation Methods
Chapter 4: Results and Analysis
Radiation Dose Levels in Selected Digital X-Ray Examinations
Variability in Dose Across Anatomical Regions and Patient Characteristics
Cancer Risk Estimates for Patients Undergoing Digital X-Ray Examinations
Comparison with Established Radiation Protection Guidelines
Chapter 5: Discussion and Recommendations
Interpretation of Findings in Relation to Current Literature
Implications for Clinical Practice and Patient Care
Recommendations for Optimization of Digital X-Ray Imaging Protocols
Future Directions for Research and Development in Radiation Safety
Chapter 6: Conclusion
Summary of Key Findings
Contributions to Knowledge and Practice
Limitations of the Study
Conclusion and Closing Remarks
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