Buijs Monica, Pos Floris, Frantzen-Steneker Marloes, Rossi Maddalena, Remeijer Peter, Koetsveld Folkert
Department of Radiation Oncology, The Netherlands Cancer Institute-Antoni van Leeuwenhoek Hospital, Amsterdam, the Netherlands.
Tech Innov Patient Support Radiat Oncol. 2021 Mar 18;17:71-77. doi: 10.1016/j.tipsro.2020.12.001. eCollection 2021 Mar.
Until recently Traffic Light Protocols (TLP) have been developed to recognize and react to Anatomical Changes (ACs) seen on Cone Beam Computer Tomography (CBCT) scans for the most common treatment sites. This involves alerting the Radiation Oncologist (RO), handing over findings, and RO providing the final decision, making it quite labour-intensive for the ROs as well as the Radiation Therapists (RTTs). A new approach was developed to act on ACs: the Take Action Protocol (TAP). In this protocol the RTTs do not only have a role in detecting ACs, but also decide on the appropriate action and follow up, resulting in a significant shift in responsibility. In this study we present the TAP and evaluated the benefit and outcomes of the implementation of TAP compared to the TLP. During a pilot period of six months the TAP was applied for 34 bladder and prostate patients. In 2 bladder and 6 prostate patients further decision making by an RO was required (compared to all 34 in the TLP), showing a large reduction in workload. ACs were accurately assessed by RTTs in >99% of the cases. In 5/34 patients RTTs specialized in Image Guided Radiotherapy provided additional instructions to improve accurate use of the TAP. Two surveys conducted by both ROs and RTTs on the TLP and TAP showed that the perceived involvement of the ROs and burden of responsibility for RTTs was comparable between the two protocols. The identification of patients with truly clinical relevant ACs and the adaptation of treatment for the remaining fractions improved according to ROs and RTTs responses. The TAP provides a better balance between workload and efficiency in relation to the clinical relevance of acting on ACs.
直到最近,交通灯协议(TLP)已被开发出来,用于识别和应对在锥形束计算机断层扫描(CBCT)扫描中发现的最常见治疗部位的解剖结构变化(AC)。这包括提醒放射肿瘤学家(RO)、移交检查结果,然后由RO做出最终决定,这对RO和放射治疗师(RTT)来说都是相当耗费人力的。一种针对AC采取行动的新方法被开发出来:采取行动协议(TAP)。在该协议中,RTT不仅在检测AC方面发挥作用,还决定适当的行动并进行后续跟进,这导致了责任的重大转移。在本研究中,我们介绍了TAP,并评估了与TLP相比实施TAP的益处和结果。在为期六个月的试点期间,TAP应用于34例膀胱和前列腺患者。在2例膀胱患者和6例前列腺患者中,需要RO进行进一步决策(相比之下,TLP中的所有34例患者都需要RO决策),这表明工作量大幅减少。RTT在>99%的病例中准确评估了AC。在34例患者中的5例中,专门从事图像引导放射治疗的RTT提供了额外的指导,以改进TAP的准确使用。由RO和RTT对TLP和TAP进行的两项调查显示,两种协议中RO的参与度和RTT的责任负担在感知上相当。根据RO和RTT的反馈,真正具有临床相关性的AC患者的识别以及其余分次治疗的调整得到了改善。就针对AC采取行动的临床相关性而言,TAP在工作量和效率之间提供了更好的平衡。