qa Flashcards

(49 cards)

1
Q

Establish guidelines forfurtherreducing unnecessary patient exposure

A

The consumer-Patient Radiation Health and Safety Act of 1981

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2
Q

This act addressed issues such as unnecessary repeat examinations,
quality assurance,techniques,radiation exposurem referral criteria,
unnecessary mass screenin

A

The consumer-Patient Radiation Health and Safety Act of 1981

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3
Q

In addition,the act establish minimum standards for accreditation of
educational program in radiologic sciences and forthe certification
ofradiographic equipment operators.

A

The consumer-Patient Radiation Health and Safety Act of 1981

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4
Q

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.

A

The Joint Commission on Accreditation of Healthcare Organizations (JCAHO

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5
Q

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.

A

The Joint Commission on Accreditation of Healthcare Organizations (JCAHO

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6
Q

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.

A

Quality Assurance (QA)
and Quality Control(QC)

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7
Q

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.

A

quality Assurance(QA)

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8
Q

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

A

Quality Control(QC)

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9
Q

objective of Qa & Qc

A

optimal image quality
radiation safety
patient satisfaction
cost effectiveness
compliance
continuous improvement

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10
Q
  • ensure diagnostic images are sharp,
    detailed, and free of artifacts.
A

Optimal image quality

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11
Q

Maintain radiation as low as reasonably
achievable (ALARA principle

A

Radiation safety

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12
Q
  • provides accurate exams with minimal
    discomfort and waiting time.
A

Patient Satisfaction

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13
Q
  • Reduce repeat exposures and downtime by maintaining functional
    equipment.
A

Cost Effectiveness

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14
Q
  • Meet standards of
    regulatory and accrediting
    agencies ( DOH, FDA, Joint
    commission, etc.)
A

Compliance

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15
Q

-Use feedback and performance
data to improve the imaging
process.

A

Continuous Improvement

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16
Q

Ensuring correct patient identity, preparation, and instructions.

A

Patient Scheduling and Preparation

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17
Q

Imaging procedure must be medically justified.

A

Examination Request and justification

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18
Q

Property technique to avoid repeats and unnecessary dose.

A

Patient Positioning and Exposure

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19
Q

Accurate exposure factors, image processing and QC calibration

A

Image Acquisition and Processing

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20
Q

Viewing conditions, monitor calibration, and interpretation accuracy.

A

Image Display and Analysis

21
Q

Reporting and Record Keeping

A

Accurate and timely documentation in PACS/RIS

22
Q

Continuous review and improvement based on outcomes.

A

Follow-up and Feedback

23
Q

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.

A

Quality Assurance Program in radiologic technology

24
Q

components of quality assurance program

A

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

25
Establishes a formal QA committee or team responsible for planning, implementing, and monitoring quality activities. Defines clear lines of authority from the radiology administrators to technologist and physicists. Includes the development of a QA manual, outlining policies, objectives, and standard operations procedure. Promotes accountability and communication among staff to ensure everyone understood their role in maintaining quality.
ORGANIZATION
26
Continuous professional education ensures technologist remain competent in new imaging techniques and technologies. Includes training on radiation safety, equipment operation, and image analysis Promotes a culture of quality awareness and teamwork. Regular competency assessments and refresher courses maintain high standards of practice.
Education and Training
27
Establishes routine performance checks to ensure imaging equipment operates accurately and safety. Includes daily, weekly, monthly, and annual QC tests Detects early sign of malfunction to prevent poor image quality or excessive radiation exposure. All test results must be documented, analyzed and corrected if out of tolerance.
Equipment Quality Control Program
28
Involves systematic review of images to ensure diagnostic acceptability ( proper contrast, density, detail and absence of artifacts) Repeat analysis identifies common cause or retakes such as positioning errors or exposure mistakes. Helps maintain consistency across all examinations and technologists. Promotes standardization of imaging protocols for various body parts.
Image Quality evaluation
29
Protects patients, staff , and the public from unnecessary radiation exposure. Applies the ALARA principle Includes the use of lead aprons, barriers, gonadal shields and radiation monitoring badges. Regularly checks rooms shielding integrity and radiation survey results. Encourages reporting and evaluation of any radiation incidents.
Radiation Safety Program
30
Preventive maintenance ensures that imaging system function optimally and safety. Performed by qualified biomedical engineers or service engineers at set intervals. Reduces equipment downtime, unexpected failures and costly repairs. Includes calibration, lubrication, mechanical inspection, and software updates.
Preventive Maintenance
31
Accurate documentation is vital for legal,regulatory, and accreditation purposes. Includes logs of all QC tests, calibration data,radiation dose records, and maintainance reports. Enables tracking of performance trends and identification of recurring issues. Serves as evidence of compliance during inspections or audits by agencies like DOH or The Joint Commission.
Record Keeping
32
Involves continuous evaluation of QA data to identify areas for improvement. Applies the CQI(Continuous Quality Improvement) or PDCA (Plan-Do-Check-Act) cycle. Encourages teamwork in problem-solving and developing corrective and preventive actions (CAPA) Focuses on enhancing patient care,reducing delays, and minimizing repeat exposures.
Quality Improvement
33
Collects and analyzes feedback from patients,radiologists, and staff to improve workflow and service quality. Patient surveys assess satisfaction with waiting time, comfort, and technologist interaction. Staff feedback identifies workflow bottlenecks or safety concerns Integrating feedback into QA meetings leads to service enhancement and better patient experience.
Patient and Staff Feedback
34
Regular internal audit and external audit evaluate compliance with QA standards and regulations. Accreditation ensures department meets recognized national and international benchmarks. Promotes accountability and continuous improvement through periodic,review amd inspection. Successful accreditation demonstrated the department commitment to quality and safety.
Audits and Accreditation.
35
QC TEST ARE CLASSIFIED AS:
daily weekly monthly Quarter/semis annually
36
Daily example of qc test
Visual inspection of equipment Monitor calibration Check CR/DR system readiness
37
Weekly example of qc test
Image uniformity test Clean imaging plate and detectors
38
Monthly example of qc test
Reproducibilty and linearity test Collimation and alignment check
39
Quarterly/ Semi-annual example of qc test
Focal spot test Kvp accuracy Timer accuracy
40
Annually example of qc test
Comprehensive QC evaluation Radiation survey Lead apron inspection
41
Perform routine QC test, document results, identify image problems.
Radiologic Technologist
42
Oversee calibration,perform acceptance and annual testing
Medical Physicist
43
Evaluate diagnostic quality and interpret images.
Radiologist
44
Manage QA/QC documentation, policies, and training
RadiologyAdministrator
45
Review QA reports, ensure compliance, plan improvements
QA Committee
46
Maintains the safety of patients, workers, and the environment by ensuring radiation exposure is within regulatory limits.
Radiation Safety Officer
47
Equipment maintainance and repair specialist.
Biomedical Engineer/Service Engineer
48
The team responsibilities:
1. Do periodic film analysis and prepare monthly film analysis report for representation. 2. Establish additional radiographic technique charts when needed, or revise existing technique charts when appropriate. 3. Establish additional darkroom processing charts or revise existing ones when necessary. 4. Do periodic quality control test of xray equipment, accessories, and darkroom equipment and accessories. 5. Keep a Room logbook which contains all test data on equipment, accessories and all changes/repairs done to all of the things in the room. 6. Keep all brochures and technical manuals pertaining to the equipment and accessories
49
Benefits of QA and QC Programs
Improved image quality Reduced patient dose Fewer repeat exposures Greater staff efficiency and satisfaction Compliance with legal and accreditation requirements Increased patient trust and satisfaction.