Developing Risk Assessment Criteria and Predicting High- and Low-Dengue Risk Villages for Strengthening Dengue Prevention Activities: Community Participatory Action Research, Thailand.

Suwanbamrung, Charuai; Le, Cua Ngoc; Kaewsawat, Supreecha; Chutipattana, Nirachon; Khammaneechan, Patthanasak; Thongchan, Supaporn; Nontapet, Orratai; Thongsuk, Cherd; Laopram, Suphap; Niyomchit, Chamaiporn; Sinthu, Ruchira

Background: Risk assessment criteria for predicting dengue outbreak must be appropriated at village levels. We aimed to develop risk dengue village prediction criteria, predict village dengue risk, and strengthen dengue prevention based on community participation. Methods: This participatory research conducted in Southern Thailand included the following 5 phases: (i) preparing communities in 3 districts; (ii) developing risk dengue village prediction criteria; (iii) applying computer program; (iv) predicting village dengue risk with 75 public health providers in 39 PCUs; and (v) utilizing findings to strengthen dengue prevention activities in 220 villages. Data collecting for prediction used secondary data from primary care units in the past 5 year and current year. Descriptive statistics used calculating criteria and comparing with standard level to adjust score of risk. Results: Risk dengue village assessment criteria had 2 aspects: dengue severity (3 factors) and dengue outbreak opportunity (3 factors). Total scores were 33 points and cut-off of 17 points for high and low dengue risks villages. All criteria were applied using computer program (http://surat.denguelim.com). Risk prediction involved stakeholder participation in 220 villages, and used for strengthening dengue prevention activities. The concept of integrated vector management included larval indices surveillance system, garbage management, larval indices level lower than the standard, community capacity activities for dengue prevention, and school-based dengue prevention. The risk prediction criteria and process mobilized villages for dengue prevention activities to decrease morbidity rate. Conclusion: Dengue risk assessment criteria were appropriated within the village, with its smallest unit, the household, included. The data can be utilized at village levels for evaluating dengue outbreak risks.

THAILAND; PREVENTION of infectious disease transmission; COMPUTER software; PUBLIC health surveillance; DENGUE; INSECT larvae; RURAL conditions; COMMUNITY support; COMMUNITY health services; RISK assessment; ACTION research; HEALTH promotion; DISEASE risk factors

Journal of Primary Care & Community Health, 2021, p1

2150-1319

Academic Journal

10.1177/21501327211013298