J. Schneider, M. Fuoco, Jennifer S Rivelli, Jennifer K Coury, B. Green, Amanda F. Petrik, Anne M. Turner, Tanya Kapka
{"title":"Abstract C80: Implementing a mailed colorectal cancer screening program: A safety-net clinic case study","authors":"J. Schneider, M. Fuoco, Jennifer S Rivelli, Jennifer K Coury, B. Green, Amanda F. Petrik, Anne M. Turner, Tanya Kapka","doi":"10.1158/1538-7755.disp17-c80","DOIUrl":null,"url":null,"abstract":"Introduction: Screening for colorectal cancer (CRC) may reduce incidence and mortality, but screening rates are low, particularly in the community health center setting that often serves patients experiencing the greatest health disparities. Lack of time during office visits for providers to engage in CRC screening discussions, insufficient access to colonoscopy resources, and patients9 fears regarding the colonoscopy preparation and procedure are some of the challenges community health centers face when promoting CRC screening. Methods: We conducted a qualitative case study to document the acceptability and reactions to a pilot direct-mail CRC screening program using fecal immunochemical testing (FIT). The pilot was implemented in a Latino-serving safety-net clinic that provides primary care to diverse and low-income populations. After the implementation of the direct-mail CRC screening program, we conducted 29 semistructured telephone interviews: nine with clinic staff and leaders involved in implementing the screening program, and twenty with patients who had received the CRC outreach via a mailed FIT test. Patient interviews were conducted with both English (10) and Spanish (10) language participants. To analyze our case study, we used a qualitative content analysis approach, guided by grounded theory coding techniques, to identify themes from the interviews. Two coding dictionaries (one patient and one staff/leader) were developed by having each member of the analysis team (JLS, JSR, GC) read several patient and staff transcripts and mark passages of text with codes indicating their content. The team compared coding notes, discussed areas of disagreement, and from this process developed a coding scheme for use with subsequent transcripts. Transcripts were coded by trained coders (JLS, JSR, GC); Spanish-language transcripts were coded and reviewed by bilingual coders (JSR, GC). All coded transcripts were entered into Atlas.ti 5.0, a qualitative analysis software program used to electronically code and manage data and to generate reports of coded text for ongoing thematic analysis. The analysis team reviewed coded text using an iterative process to develop and refine themes. Results: Our content analysis revealed that staff valued the program and found it could be integrated into their workflow and electronic medical record. Organizational facilitators to program implementation included having skilled staff, a culture that supported change, engaged leaders, and an overall desire to improve CRC screening rates. Access to colonoscopy was sufficient, because only the few percent of individuals with positive fecal tests needed colonoscopy. Health center barriers included managing the complexity of program components (e.g., ordering, packaging, and mailing kits; documentation in the medical record; reminders; coordination following a positive result, etc.) and limited staffing resources to deliver the intervention. The majority of patients, both Spanish and English, found the direct-mail fecal testing program acceptable and personally helpful, with eighty percent supporting the program and related materials. Four patients either disliked the idea of mailing fecal matter (2), or could not recall receiving the outreach (2). All staff and patients (regardless of personal utility of the outreach) felt the program should be continued as an ongoing health center outreach activity. Conclusion: Our interview findings may by useful to other community health centers looking to improve their CRC screening rates through implementation of a similar type of mailed, population-based CRC screening approach. Many of the barriers anticipated by community health centers were not realized; however, some challenges remained. Citation Format: Jennifer L. Schneider, Morgan J. Fuoco, Jennifer S. Rivelli, Jennifer Coury, Beverly B. Green, Amanda F. Petrik, Ann Turner, Tanya Kapka. Implementing a mailed colorectal cancer screening program: A safety-net clinic case study [abstract]. In: Proceedings of the Tenth AACR Conference on the Science of Cancer Health Disparities in Racial/Ethnic Minorities and the Medically Underserved; 2017 Sep 25-28; Atlanta, GA. Philadelphia (PA): AACR; Cancer Epidemiol Biomarkers Prev 2018;27(7 Suppl):Abstract nr C80.","PeriodicalId":109386,"journal":{"name":"Prevention and Research","volume":"33 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2018-07-01","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"Prevention and Research","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.1158/1538-7755.disp17-c80","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
引用次数: 0
Abstract
Introduction: Screening for colorectal cancer (CRC) may reduce incidence and mortality, but screening rates are low, particularly in the community health center setting that often serves patients experiencing the greatest health disparities. Lack of time during office visits for providers to engage in CRC screening discussions, insufficient access to colonoscopy resources, and patients9 fears regarding the colonoscopy preparation and procedure are some of the challenges community health centers face when promoting CRC screening. Methods: We conducted a qualitative case study to document the acceptability and reactions to a pilot direct-mail CRC screening program using fecal immunochemical testing (FIT). The pilot was implemented in a Latino-serving safety-net clinic that provides primary care to diverse and low-income populations. After the implementation of the direct-mail CRC screening program, we conducted 29 semistructured telephone interviews: nine with clinic staff and leaders involved in implementing the screening program, and twenty with patients who had received the CRC outreach via a mailed FIT test. Patient interviews were conducted with both English (10) and Spanish (10) language participants. To analyze our case study, we used a qualitative content analysis approach, guided by grounded theory coding techniques, to identify themes from the interviews. Two coding dictionaries (one patient and one staff/leader) were developed by having each member of the analysis team (JLS, JSR, GC) read several patient and staff transcripts and mark passages of text with codes indicating their content. The team compared coding notes, discussed areas of disagreement, and from this process developed a coding scheme for use with subsequent transcripts. Transcripts were coded by trained coders (JLS, JSR, GC); Spanish-language transcripts were coded and reviewed by bilingual coders (JSR, GC). All coded transcripts were entered into Atlas.ti 5.0, a qualitative analysis software program used to electronically code and manage data and to generate reports of coded text for ongoing thematic analysis. The analysis team reviewed coded text using an iterative process to develop and refine themes. Results: Our content analysis revealed that staff valued the program and found it could be integrated into their workflow and electronic medical record. Organizational facilitators to program implementation included having skilled staff, a culture that supported change, engaged leaders, and an overall desire to improve CRC screening rates. Access to colonoscopy was sufficient, because only the few percent of individuals with positive fecal tests needed colonoscopy. Health center barriers included managing the complexity of program components (e.g., ordering, packaging, and mailing kits; documentation in the medical record; reminders; coordination following a positive result, etc.) and limited staffing resources to deliver the intervention. The majority of patients, both Spanish and English, found the direct-mail fecal testing program acceptable and personally helpful, with eighty percent supporting the program and related materials. Four patients either disliked the idea of mailing fecal matter (2), or could not recall receiving the outreach (2). All staff and patients (regardless of personal utility of the outreach) felt the program should be continued as an ongoing health center outreach activity. Conclusion: Our interview findings may by useful to other community health centers looking to improve their CRC screening rates through implementation of a similar type of mailed, population-based CRC screening approach. Many of the barriers anticipated by community health centers were not realized; however, some challenges remained. Citation Format: Jennifer L. Schneider, Morgan J. Fuoco, Jennifer S. Rivelli, Jennifer Coury, Beverly B. Green, Amanda F. Petrik, Ann Turner, Tanya Kapka. Implementing a mailed colorectal cancer screening program: A safety-net clinic case study [abstract]. In: Proceedings of the Tenth AACR Conference on the Science of Cancer Health Disparities in Racial/Ethnic Minorities and the Medically Underserved; 2017 Sep 25-28; Atlanta, GA. Philadelphia (PA): AACR; Cancer Epidemiol Biomarkers Prev 2018;27(7 Suppl):Abstract nr C80.
结直肠癌(CRC)筛查可以降低发病率和死亡率,但筛查率很低,特别是在社区卫生中心环境中,往往服务于经历最大健康差异的患者。社区卫生中心在推广结直肠癌筛查时面临的一些挑战是,就诊期间缺乏时间供提供者参与结直肠癌筛查的讨论,获得结肠镜检查资源的机会不足,以及患者对结肠镜检查准备和程序的恐惧。方法:我们进行了一项定性案例研究,以记录使用粪便免疫化学测试(FIT)的直邮筛查试点项目的可接受性和反应。该试点项目在一家为拉丁裔服务的安全网诊所实施,该诊所为不同的低收入人群提供初级保健服务。在实施直邮结直肠癌筛查计划后,我们进行了29次半结构化电话访谈:9次是与参与实施筛查计划的诊所工作人员和领导进行的,20次是与通过邮寄FIT测试接受结直肠癌外展的患者进行的。患者访谈采用英语(10)和西班牙语(10)两种语言。为了分析我们的案例研究,我们使用了定性内容分析方法,在扎根理论编码技术的指导下,从访谈中确定主题。通过让分析团队的每个成员(JLS、JSR、GC)阅读几个患者和工作人员的转录本,并用代码标记文本段落,开发了两个编码字典(一个患者和一个工作人员/领导)。团队比较了编码笔记,讨论了不一致的地方,并从这个过程中开发了一个用于后续转录的编码方案。转录本由训练有素的编码员(JLS, JSR, GC)编码;西班牙语文本由双语编码员(JSR, GC)编码和审查。所有的密码都输入了阿特拉斯。Ti 5.0,一种定性分析软件程序,用于对数据进行电子编码和管理,并生成编码文本报告,用于正在进行的专题分析。分析团队使用迭代过程来开发和细化主题,从而审查编码文本。结果:我们的内容分析显示,员工重视该程序,并发现它可以集成到他们的工作流程和电子病历中。项目实施的组织促进因素包括拥有熟练的员工、支持变革的文化、积极参与的领导者以及提高CRC筛查率的总体愿望。获得结肠镜检查就足够了,因为只有少数粪便检查呈阳性的个体需要结肠镜检查。健康中心的障碍包括管理项目组件的复杂性(例如,订购、包装和邮寄工具包;医疗记录中的文件;提醒;积极结果后的协调等)和有限的人力资源来提供干预。西班牙和英国的大多数患者都认为直接邮寄粪便检测程序是可以接受的,对个人有帮助,80%的人支持该程序和相关材料。四名患者要么不喜欢邮寄粪便的想法(2),要么不记得收到过外展服务(2)。所有工作人员和患者(不管外展服务的个人效用)都认为该计划应该作为一项持续的健康中心外展活动继续下去。结论:我们的访谈结果可能对其他希望通过实施类似的邮寄、基于人群的CRC筛查方法来提高CRC筛查率的社区卫生中心有用。社区卫生中心预期的许多障碍并没有实现;然而,仍然存在一些挑战。引用格式:Jennifer L. Schneider, Morgan J. Fuoco, Jennifer S. Rivelli, Jennifer Coury, Beverly B. Green, Amanda F. Petrik, Ann Turner, Tanya Kapka。实施邮寄结直肠癌筛查项目:一个安全网临床案例研究[摘要]。见:第十届AACR会议论文集:种族/少数民族和医疗服务不足人群的癌症健康差异科学;2017年9月25-28日;亚特兰大,乔治亚州。费城(PA): AACR;癌症流行病学杂志,2018;27(7增刊):摘要nr C80。