Van den Abbeele Annick D, Krajewski Katherine M, Tirumani Sree Harsha, Fennessy Fiona M, DiPiro Pamela J, Nguyen Quang-Dé, Harris Gordon J, Jacene Heather A, Lefever Greg, Ramaiya Nikhil H
Department of Imaging, Dana-Farber Cancer Institute, Boston, Massachusetts; Department of Radiology, Brigham and Women's Hospital, Boston, Massachusetts; Center for Biomedical Imaging in Oncology, Dana-Farber Cancer Institute, Boston, Massachusetts; Tumor Imaging Metrics Core, Dana-Farber/Harvard Cancer Center, Boston, Massachusetts.
Department of Imaging, Dana-Farber Cancer Institute, Boston, Massachusetts; Department of Radiology, Brigham and Women's Hospital, Boston, Massachusetts.
J Am Coll Radiol. 2016 Apr;13(4):365-71. doi: 10.1016/j.jacr.2015.11.002. Epub 2016 Jan 14.
The authors propose one possible vision for the transformative role that cancer imaging in an academic setting can play in the current era of personalized and precision medicine by sharing a conceptual model that is based on experience and lessons learned designing a multidisciplinary, integrated clinical and research practice at their institution. The authors' practice and focus are disease-centric rather than imaging-centric. A "wall-less" infrastructure has been developed, with bidirectional integration of preclinical and clinical cancer imaging research platforms, enabling rapid translation of novel cancer drugs from discovery to clinical trial evaluation. The talents and expertise of medical professionals, scientists, and staff members have been coordinated in a horizontal and vertical fashion through the creation of Cancer Imaging Consultation Services and the "Adopt-a-Radiologist" campaign. Subspecialized imaging consultation services at the hub of an outpatient cancer center facilitate patient decision support and management at the point of care. The Adopt-a-Radiologist campaign has led to the creation of a novel generation of imaging clinician-scientists, fostered new collaborations, increased clinical and academic productivity, and improved employee satisfaction. Translational cancer research is supported, with a focus on early in vivo testing of novel cancer drugs, co-clinical trials, and longitudinal tumor imaging metrics through the imaging research core laboratory. Finally, a dedicated cancer imaging fellowship has been developed, promoting the future generation of cancer imaging specialists as multidisciplinary, multitalented professionals who are trained to effectively communicate with clinical colleagues and positively influence patient care.
作者通过分享一个基于经验和教训的概念模型,提出了一种可能的愿景,即学术环境中的癌症成像在当前个性化和精准医学时代可以发挥变革性作用。该模型是作者在其机构设计多学科、综合临床和研究实践时总结得出的。作者的实践和重点是以疾病为中心,而非以成像为中心。他们开发了一种“无墙”基础设施,将临床前和临床癌症成像研究平台进行双向整合,从而能够将新型癌症药物从发现迅速转化为临床试验评估。通过创建癌症成像咨询服务和“认养放射科医生”活动,医学专业人员、科学家和工作人员的才能与专业知识在横向和纵向层面得到了协调。门诊癌症中心核心位置的专科成像咨询服务有助于在护理点为患者提供决策支持和管理。“认养放射科医生”活动催生了新一代成像临床科学家,促进了新的合作,提高了临床和学术产出,并提升了员工满意度。通过成像研究核心实验室,支持转化性癌症研究,重点是对新型癌症药物进行早期体内测试、联合临床试验以及纵向肿瘤成像指标研究。最后,还设立了专门的癌症成像奖学金项目,培养未来一代癌症成像专家,使其成为多学科、具备多种才能的专业人员,能够有效地与临床同事沟通并积极影响患者护理。