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WE‐A‐BRC‐00: The Quality Gap
Author(s) -
Palta Jatinder
Publication year - 2016
Publication title -
medical physics
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 1.473
H-Index - 180
eISSN - 2473-4209
pISSN - 0094-2405
DOI - 10.1118/1.4957721
Subject(s) - patient safety , quality assurance , protocol (science) , medicine , radiation oncology , quality (philosophy) , medical physics , radiation therapy , quality management , dosing , health care , risk analysis (engineering) , clinical trial , operations management , surgery , alternative medicine , philosophy , management system , external quality assessment , epistemology , pathology , economics , economic growth
Quality and safety in healthcare are inextricably linked. There are compelling data that link poor quality radiation therapy to inferior patient survival. Radiation Oncology clinical trial protocol deviations often involve incorrect target volume delineation or dosing, akin to radiotherapy incidents which also often involve partial geometric miss or improper radiation dosing. When patients with radiation protocol variations are compared to those without significant protocol variations, clinical outcome is negatively impacted. Traditionally, quality assurance in radiation oncology has been driven largely by new technological advances, and safety improvement has been driven by reactive responses to past system failures and prescriptive mandates recommended by professional organizations and promulgated by regulators. Prescriptive approaches to quality and safety alone often do not address the huge variety of process and technique used in radiation oncology. Risk‐based assessments of radiotherapy processes provide a mechanism to enhance quality and safety, both for new and for established techniques. It is imperative that we explore such a paradigm shift at this time, when expectations from patients as well as providers are rising while available resources are falling. There is much we can learn from our past experiences to be applied towards the new risk‐based assessments. Learning Objectives: 1. Understand the impact of clinical and technical quality on outcomes 2. Understand the importance of quality care in radiation oncology 3. Learn to assess the impact of quality on clinical outcomesD. Followill, NIH Grant CA180803