The Importance of Radiation Dosage Monitoring

Oct 13, 2025 by recoveryshake.com 110 views

Introduction

The use of CT-Scan technology in medical imaging has revolutionized the field of radiology, providing high-quality images that aid in accurate diagnoses. However, the use of X-ray radiation in CT-Scan technology poses a risk to medical personnel, including operators and radiologists. The General Electric Type Hispeed Dual brand is one of the most widely used CT-Scan machines in hospitals worldwide. In this study, we analyzed the radiation dose report of CT-Scan aircraft operators using the General Electric Type Hispeed Dual brand in several hospitals in Medan.

The Importance of Radiation Dosage Monitoring

Radiation dose monitoring is a critical aspect of occupational safety and health in the medical field. Uncontrolled radiation exposure can cause serious health effects, including cancer, genetic mutations, and reproductive problems. The use of CT-Scan technology, in particular, requires careful monitoring of radiation doses to ensure that operators are not exposed to excessive levels of radiation. The General Electric Type Hispeed Dual brand is designed to provide high-quality images while minimizing radiation exposure. However, the effectiveness of this technology in reducing radiation doses depends on various factors, including the skill level of the operator, the type of examination being performed, and the use of protective equipment.

Research Methodology

This study used a dosimeter installed on the operator's uniform to measure the radiation dose received by CT-Scan aircraft operators using the General Electric Type Hispeed Dual brand. The dosimeter was calibrated to provide accurate measurements of radiation exposure. The data collected was then analyzed by plotting it on a calibration curve to determine the level of radiation exposure. The study followed the guidelines set by the Medan Health Facility Security Center (BPFK) and the Nuclear Energy Supervisory Agency (BAPETEN).

Results and Discussion

The results of this study showed that the radiation dose received by operators in several hospitals in Medan did not exceed the limits determined by BAPETEN. This is encouraging, given the importance of occupational safety and health for medical personnel who interact directly with radiology tools. The dose limit set by BAPETEN aims to protect operators from long-term health risks due to excessive radiation exposure. The results of this study confirm the effectiveness of the General Electric Type Hispeed Dual brand in reducing radiation doses.

The Importance of Radiation Dosage Monitoring in the Medical Field

Radiation dose monitoring is a critical aspect of occupational safety and health in the medical field. The use of CT-Scan technology, in particular, requires careful monitoring of radiation doses to ensure that operators are not exposed to excessive levels of radiation. The General Electric Type Hispeed Dual brand is designed to provide high-quality images while minimizing radiation exposure. However, the effectiveness of this technology in reducing radiation doses depends on various factors, including the skill level of the operator, the type of examination being performed, and the use of protective equipment.

Conclusion

Research on radiation doses on CT-Scan aircraft General Electric Brand type Hispeed dual at Medan Hospital shows positive results, where the dose received by the operator is within safe limits. This confirms the importance of the application of safety procedures and the use of protective equipment, as well as the need for continuous supervision of radiation doses. Thus, it can be expected that the safety and health of operators in the field of radiology is maintained. This research is expected to be a reference for other hospitals in implementing the same measurement system.

Recommendations

Based on the results of this study, we recommend the following:

Continued monitoring of radiation doses: Regular monitoring of radiation doses is essential to ensure that operators are not exposed to excessive levels of radiation.
Use of protective equipment: The use of protective equipment, such as lead aprons and thyroid shields, is essential to minimize radiation exposure.
Training and education: Operators should receive regular training and education on the safe use of CT-Scan technology and the importance of radiation dose monitoring.
Implementation of safety procedures: Hospitals should implement safety procedures, such as the use of radiation dose limits and the monitoring of radiation exposure, to ensure the safety and health of operators.

Limitations of the Study

This study has several limitations, including:

Small sample size: The study was conducted on a small sample size of operators, which may not be representative of the larger population.
Limited data collection: The study only collected data on radiation doses received by operators, and did not collect data on other factors that may affect radiation exposure, such as the type of examination being performed and the use of protective equipment.

Future Research Directions

Future research should focus on the following areas:

Long-term effects of radiation exposure: Research should be conducted to investigate the long-term effects of radiation exposure on operators.
Development of new technologies: Research should be conducted to develop new technologies that can minimize radiation exposure and improve the safety and health of operators.
Implementation of safety procedures: Research should be conducted to investigate the effectiveness of safety procedures, such as the use of radiation dose limits and the monitoring of radiation exposure, in reducing radiation exposure.

Conclusion

Q: What is radiation dosage monitoring?

A: Radiation dosage monitoring is the process of measuring and tracking the amount of radiation exposure received by medical personnel, including operators and radiologists, who work with CT-Scan technology.

Q: Why is radiation dosage monitoring important?

A: Radiation dosage monitoring is important because it helps to ensure the safety and health of medical personnel who work with CT-Scan technology. Uncontrolled radiation exposure can cause serious health effects, including cancer, genetic mutations, and reproductive problems.

Q: What are the risks associated with radiation exposure?

A: The risks associated with radiation exposure include:

Cancer
Genetic mutations
Reproductive problems
Neurological damage
Immune system suppression

Q: How is radiation dosage monitoring done?

A: Radiation dosage monitoring is typically done using a dosimeter, which is a device that measures the amount of radiation exposure received by an individual. The dosimeter is usually worn by the operator or radiologist and provides a reading of the radiation exposure at the end of each shift.

Q: What are the benefits of radiation dosage monitoring?

A: The benefits of radiation dosage monitoring include:

Reduced risk of radiation-related health effects
Improved safety and health of medical personnel
Increased confidence in the use of CT-Scan technology
Compliance with regulatory requirements

Q: What are the limitations of radiation dosage monitoring?

A: The limitations of radiation dosage monitoring include:

Limited accuracy of dosimeters
Limited range of radiation exposure measurement
Limited ability to detect radiation exposure in real-time

Q: How can radiation dosage monitoring be improved?

A: Radiation dosage monitoring can be improved by:

Using more accurate and reliable dosimeters
Implementing real-time radiation exposure monitoring
Providing regular training and education on radiation safety
Conducting regular audits and inspections to ensure compliance with regulatory requirements

Q: What are the regulatory requirements for radiation dosage monitoring?

A: The regulatory requirements for radiation dosage monitoring vary depending on the country and region. However, most regulatory agencies require that medical facilities implement radiation dosage monitoring programs to ensure the safety and health of medical personnel.

Q: What are the best practices for radiation dosage monitoring?

A: The best practices for radiation dosage monitoring include:

Implementing a radiation dosage monitoring program
Using accurate and reliable dosimeters
Providing regular training and education on radiation safety
Conducting regular audits and inspections to ensure compliance with regulatory requirements

Q: What are the consequences of not implementing radiation dosage monitoring?

A: The consequences of not implementing radiation dosage monitoring include:

Increased risk of radiation-related health effects
Decreased safety and health of medical personnel
Non-compliance with regulatory requirements
Financial penalties and reputational damage

Conclusion

Radiation dosage monitoring is an essential aspect of ensuring the safety and health of medical personnel who work with CT-Scan technology. By understanding the importance of radiation dosage monitoring, the risks associated with radiation exposure, and the benefits of radiation dosage monitoring, medical facilities can implement effective radiation dosage monitoring programs to protect their employees and patients.