Development of Sub-County Cancer Reporting Zones in Delaware and Example Use Case for Targeted Interventions.

Delaware journal of public health Pub Date : 2024-08-28 eCollection Date: 2024-08-01 DOI:10.32481/djph.2024.08.08
Dawn Hollinger, Sumitha Nagarajan, Diane Ng, Wilhelmina Ross, Hayley Little, Helen Arthur
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Abstract

Objective: To describe the Delaware Cancer Registry (DCR)'s participation in the National Cancer Institute (NCI)/North American Association of Central Cancer Registries (NAACCR) Zone Design Project to create sub-county geographic areas ("zones") for use in cancer reporting and geospatial analysis.

Methods: DCR and other stakeholders reviewed up to ten unique zone configurations for each of Delaware's three counties. The zone configurations were created using AZTool and were set to optimize three objectives: create zones that have a minimum and target population of 50,000; are homogenous based on the variables of percent minority, percent below poverty, and percent urban; and are as compact as possible. The DCR sent a survey to stakeholders to provide input on their preferred zone configuration for each county. Following the final selection of zones, the DCR utilized the geographies for calculating overall and late-stage breast cancer incidence statistics and created choropleth maps to visualize the rates by quintiles.

Results: The final selections resulted in a total of 15 zones for Delaware, with three in Kent County, nine in New Castle County, and three in Sussex County. The zones ranged in population size from 54,013 to 67,693 people. Zones with higher late-stage breast cancer incidence rates included those near the areas of Wilmington, Middletown, and between Milford and Georgetown. Comparing results of overall breast cancer incidence rates by zone with late-stage rates by zone, there were areas that had lower relative overall breast cancer incidence rates but were relatively higher for late-stage rates by zones or vice versa.

Conclusions: Aggregating census tracts into zones allows for reporting reliable cancer rates at sub-county levels, which is instrumental in conveying meaningful information about regional cancer trends to stakeholders and the public. Delaware will be able to utilize zone-level cancer information to provide targeted interventions and outreach initiatives.

特拉华州县级以下癌症报告区的发展情况以及有针对性干预措施的使用案例。
目标:介绍特拉华州癌症登记处(DCR)参与美国国家癌症研究所(NCI)/北美中央癌症登记处协会(NAACCR)区域设计项目的情况,该项目旨在创建县以下地理区域("区域"),用于癌症报告和地理空间分析:方法:特拉华州登记处和其他利益相关者为特拉华州的三个县分别审查了多达十个独特的区域配置。这些区域配置是使用 AZTool 工具创建的,旨在优化三个目标:创建最低目标人口为 50,000 人的区域;根据少数民族比例、贫困人口比例和城市人口比例等变量确定同质区域;以及尽可能紧凑的区域。DCR 向利益相关者发送了一份调查问卷,以征求他们对各县首选区域配置的意见。在最终选定分区后,DCR 利用这些地理区域计算总体和晚期乳腺癌发病率统计数据,并绘制了五分法直观图:最终选定的特拉华州共有 15 个区,其中肯特郡 3 个,新堡郡 9 个,苏塞克斯郡 3 个。这些地区的人口数量从 54,013 人到 67,693 人不等。晚期乳腺癌发病率较高的地区包括威尔明顿、米德尔敦附近地区以及米尔福德和乔治敦之间的地区。比较各区乳腺癌总体发病率和各区乳腺癌晚期发病率的结果发现,有些地区乳腺癌总体发病率相对较低,但各区乳腺癌晚期发病率相对较高,反之亦然:将人口普查区汇总到分区后,就可以在县以下级别报告可靠的癌症发病率,这有助于向利益相关者和公众传达有关地区癌症趋势的有意义的信息。特拉华州将能够利用区级癌症信息,提供有针对性的干预措施和外联活动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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