Published Journal Article,A new co-ordinated research project (CRP) was launched by the IAEA for the national audit networks for radiotherapy with the purpose of developing the methodology for remotely auditing IMRT related QA. The programme involves three audit steps: (1) remote verification of TPS calculation of small field output factors relevant for IMRT and audit of MLC positional performance, (2) audit of single clinical IMRT field dose delivery and (3) ‘end-to-end’ audit (imaging, planning, dose delivery) for multiple field IMRT techniques. New procedures and phantoms are being developed and examined through multi-centre pilot studies involving CRP participants
Introduction: Commercially available treatment planning systems (TPS) may use a number of different ...
Purpose/objective: A national incentive brought about the instauration of systematic clinical audits...
Background and purpose: Independent dosimetry audits improve quality and safety of radiation therapy...
Purpose External dosimetry audits give confidence in the safe and accurate delivery of radiotherapy....
Introduction: Within an International Atomic Energy Agency (IAEA) co-ordinated research project (CRP...
An audit methodology was developed and applied for output factor (OF) calculations in radiotherapy. ...
Background and purpose: Local implementation of plan-specific quality assurance (QA) methods for int...
Introduction: Within an International Atomic Energy Agency (IAEA) co-ordinated research project (CRP...
Abstract Background A novel remote method for external dosimetric TPS-planned auditing of intensity ...
BACKGROUND AND PURPOSE Intensity-modulated radiotherapy (IMRT) credentialing for a EORTC study wa...
Purpose: On 1 July 2012, the Australian Clinical Dosimetry Service (ACDS) released its Optically Sti...
Purpose: Consistency between different international quality assurance groups is important in the pr...
Radiation therapy (RT) is an essential treatment modality for cancer care and cure. Over the years, ...
International audienceAbstract Objective: Patient-specific Quality Assurance (QA) measurements are o...
The accurate planning and treatment of radiotherapy patients in accordance with a treatment protocol...
Introduction: Commercially available treatment planning systems (TPS) may use a number of different ...
Purpose/objective: A national incentive brought about the instauration of systematic clinical audits...
Background and purpose: Independent dosimetry audits improve quality and safety of radiation therapy...
Purpose External dosimetry audits give confidence in the safe and accurate delivery of radiotherapy....
Introduction: Within an International Atomic Energy Agency (IAEA) co-ordinated research project (CRP...
An audit methodology was developed and applied for output factor (OF) calculations in radiotherapy. ...
Background and purpose: Local implementation of plan-specific quality assurance (QA) methods for int...
Introduction: Within an International Atomic Energy Agency (IAEA) co-ordinated research project (CRP...
Abstract Background A novel remote method for external dosimetric TPS-planned auditing of intensity ...
BACKGROUND AND PURPOSE Intensity-modulated radiotherapy (IMRT) credentialing for a EORTC study wa...
Purpose: On 1 July 2012, the Australian Clinical Dosimetry Service (ACDS) released its Optically Sti...
Purpose: Consistency between different international quality assurance groups is important in the pr...
Radiation therapy (RT) is an essential treatment modality for cancer care and cure. Over the years, ...
International audienceAbstract Objective: Patient-specific Quality Assurance (QA) measurements are o...
The accurate planning and treatment of radiotherapy patients in accordance with a treatment protocol...
Introduction: Commercially available treatment planning systems (TPS) may use a number of different ...
Purpose/objective: A national incentive brought about the instauration of systematic clinical audits...
Background and purpose: Independent dosimetry audits improve quality and safety of radiation therapy...