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KanSurvive: Testing a Model for Improving Cancer Survivorship Care in Rural Practice

ABSTRACT: Approximately, 20 rural primary care practices to participate in a delayed intervention-controlled trial. Phase I: Formal and structured work flow evaluations to better identify specific gaps in processes of care while assessing what on-going training is needed for adoption of high-quality cancer survivorship care in rural practice. These will be incorporated into the ECHO sessions (Aim 1). Phase II: Conduct and test the effectiveness of the novel KanSurvive-ECHO intervention (Aim2) and finally identify barriers and facilitators to implementation of KanSurvive-ECHO (Aim 3).

DISEASE(S): Lung Cancer,Colorectal Cancer,Colorectal Neoplasms,Prostate Cancer,Breast Cancer

PROVIDER: 2368084 | ecrin-mdr-crc |

REPOSITORIES: ECRIN MDR

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Project description:Forty-six percent of the world's population resides in rural areas, the majority of whom belong to vulnerable and low-income groups. They mainly use cheap solid fuels for cooking and heating, which release a large amount of PM2.5 and cause adverse effects to human health. PM2.5 exhibits urban-rural differences in its health risk to the respiratory system. However, the majority of research on this issue has focused on respiratory diseases induced by atmospheric PM2.5 in urban areas, while rural areas have been ignored for a long time, especially the pathogenesis of respiratory diseases. This is not helpful for promoting environmental equity to aid low-income and vulnerable groups under PM2.5 pollution. Thus, this study focuses on rural atmospheric PM2.5 in terms of its chemical components, toxicological effects, respiratory disease types, and pathogenesis, represented by PM2.5 from rural areas in the Sichuan Basin, China (Rural SC-PM2.5). In this study, organic carbon is the most significant component of Rural SC-PM2.5. Rural SC-PM2.5 significantly induces cytotoxicity, oxidative stress, and inflammatory response. Based on multiomics, bioinformatics, and molecular biology, Rural SC-PM2.5 inhibits ribonucleotide reductase regulatory subunit M2 (RRM2) to disrupt the cell cycle, impede DNA replication, and ultimately inhibit lung cell proliferation. Furthermore, this study supplements and supports the epidemic investigation. Through an analysis of the transcriptome and human disease database, it is found that Rural SC-PM2.5 may mainly involve pulmonary hypertension, sarcoidosis, and interstitial lung diseases; in particular, congenital diseases may be ignored by epidemiological surveys in rural areas, including tracheoesophageal fistula, submucous cleft of the hard palate, and congenital hypoplasia of the lung. This study contributes to a greater scientific understanding of the health risks posed by rural PM2.5, elucidates the pathogenesis of respiratory diseases, clarifies the types of respiratory diseases, and promotes environmental equity.

Dataset Information

KanSurvive: Testing a Model for Improving Cancer Survivorship Care in Rural Practice

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