Establish guidelines forfurtherreducing unnecessary patient exposure
The consumer-Patient Radiation Health and Safety Act of 1981
This act addressed issues such as unnecessary repeat examinations,
quality assurance,techniques,radiation exposurem referral criteria,
unnecessary mass screenin
The consumer-Patient Radiation Health and Safety Act of 1981
In addition,the act establish minimum standards for accreditation of
educational program in radiologic sciences and forthe certification
ofradiographic equipment operators.
The consumer-Patient Radiation Health and Safety Act of 1981
Is a leading accreditation body that ensures hospitals and imaging
departments meetthe highest standards of patient safety, quality assurance and radiation protection.
Its standards directly reinforce the goals of QA/QC in radiologic technology
ensuring that qualified personnel, safe equipment, and effective management systems are consistently maintained.
The Joint Commission on Accreditation of Healthcare Organizations (JCAHO
purpose of accreditation for hospital’s
radiologic technology departmentis to ensure patient safety and high-quality diagnostic imaging services by verifying adherence to established standards through an external evaluation.
The Joint Commission on Accreditation of Healthcare Organizations (JCAHO
are essentialto ensure that
diagnostic images are of high quality, and safe for patients while maintaining low radiation doses.
These programs aim to produce consistent diagnostic result, prevent unnecessary repeat exposures, and
improve overall efficiency in imaging departments.
Quality Assurance (QA)
and Quality Control(QC)
comprehensive management program designed to guarantee that all aspects ofthe imaging process– from patient preparation to final diagnosis– meet acceeptable standards of quality.
Focuses in the entire imaging process
Ensures consistency, accuracy, and safety
Includes administrative, educational, and technical components.
quality Assurance(QA)
A subset of QA thatfocuses specifically on the technical aspects of equipment performances and image production.
Ensures that equipmentis functioning properly
Uses standardized tests and measurements
Detects and corrects equipment problems before they affect patients
Quality Control(QC)
objective of Qa & Qc
optimal image quality
radiation safety
patient satisfaction
cost effectiveness
compliance
continuous improvement
Optimal image quality
Maintain radiation as low as reasonably
achievable (ALARA principle
Radiation safety
Patient Satisfaction
Cost Effectiveness
Compliance
-Use feedback and performance
data to improve the imaging
process.
Continuous Improvement
Ensuring correct patient identity, preparation, and instructions.
Patient Scheduling and Preparation
Imaging procedure must be medically justified.
Examination Request and justification
Property technique to avoid repeats and unnecessary dose.
Patient Positioning and Exposure
Accurate exposure factors, image processing and QC calibration
Image Acquisition and Processing
Viewing conditions, monitor calibration, and interpretation accuracy.
Image Display and Analysis
Reporting and Record Keeping
Accurate and timely documentation in PACS/RIS
Continuous review and improvement based on outcomes.
Follow-up and Feedback
is a systemic and organized approach to ensure that all imaging procedures, equipment, and personnel
meet the highest standards of diagnostic quality and radiation safety.
Quality Assurance Program in radiologic technology
components of quality assurance program
organization
education and training
equipment quality control program
image quality evaluation
radiation safety program
preventive maintenance
record keeping
quality improvement
patient and staff feedback
audit and accreditation