Afterloader
Commissioning and QA

Write your awesome label here.
  • Author
    Sonja Dieterich
  • Course level
    Basic
  • Course language
    English
  • Video time
    70 min
  • CPD Credits
    5


Table of Contents
Overview
Attachments
Meet the Author

01

Overview

in 1 week
Course Overview
04:52
Prescription
05:52

02

Patient Import

in 2 weeks
Patient Import
07:52
Providing a UID
04:52
Removing unwanted slices
10:55
Quiz 1
1 questions

03

Contouring

in 3 weeks
External Creation (Auto Contouring Tool)
10:55
Target Contouring
04:52
OARs Contouring
10:55
Quiz 2
1 questions

04

Plan Creation

free
Importing Templates
04:52
Setting the Prescription
07:52
Calculation Parameters
10:55
Adjusting Beams
10:55
Stage 1 Calculation and Analysis
04:52
Stage 2 Calculation and Analysis
07:52
Quiz 3
1 questions

05

DVH Analysis

free
DVH Analysis
00:00
Plan Approval
00:00

06

Plan Report

free
Plan Report Generation
00:00

07

Plan Adaption

free
Plan Adaption
00:00

08

Plan Delivery

free
Plan Delivery
00:00
Certificate of Completion (non-graded)
Certificate of Completion (graded)
0 questions

Summary:


The lesson covers the critical steps in commissioning and performing quality assurance (QA) on an afterloader system. It begins with outlining the acceptance process, including mechanical checks, safety inspections, software and IT setup, and interlock checks, which ensure the system operates as intended. The presenter emphasizes the importance of reviewing vendor documents, such as user and technical manuals, as well as regulatory guidelines. There is also a focus on inspecting the equipment upon delivery for any damage and ensuring all components are accounted for and functional. The acceptance test involves collaboration between the vendor and the facility's physicist to confirm the system meets performance standards before the ownership is transferred to the customer.

The second half of the session covers the commissioning process, which includes a series of system tests to ensure the functionality of the treatment unit, including safety checks for interlocks, source retraction, and emergency features. QA tests are divided into daily, quarterly, and annual checks, focusing on system accuracy, connectivity, and emergency preparedness. Backup protocols and system redundancy are also discussed, including steps for maintaining operations in the event of network failures or attacks. Overall, the session highlights the importance of thorough QA protocols to ensure safety, system functionality, and compliance with regulatory standards.


- Duration: 60 min
- Language: English
- Country: Australia
- Level: Basic

Keywords: HDR, brachytherapy, bunker shielding, 

Attachments

- Attachment 1: Presentation
- Attachment 2: Calibration Spreadsheet

Sonja Dieterich, PhD

Medical Physicist
UC Davis
Sonja Dieterich, PhD is a highly skilled Medical Physicist at UC Davis, with a focus on advancing radiation oncology treatments. Dr. Dieterich's expertise lies in the development and implementation of innovative radiation therapy techniques, ensuring optimal patient care and outcomes. Her research interests include advanced imaging modalities, treatment planning algorithms, and quality assurance protocols. Dr. Dieterich's dedication to improving the field of radiation oncology has made her a valuable asset to UC Davis and the broader medical community.

Click here to book an One-on-One Meeting.

Sonja Dieterich, PhD

Medical Physicist
UC Davis
Sonja Dieterich, PhD is a highly skilled Medical Physicist at UC Davis, with a focus on advancing radiation oncology treatments. Dr. Dieterich's expertise lies in the development and implementation of innovative radiation therapy techniques, ensuring optimal patient care and outcomes. Her research interests include advanced imaging modalities, treatment planning algorithms, and quality assurance protocols. Dr. Dieterich's dedication to improving the field of radiation oncology has made her a valuable asset to UC Davis and the broader medical community.

Click here to book an One-on-One Meeting.