Objectives: The global prevalence of psychiatric disturbances is rising, detrimentally affecting the quality of care and treatment outcomes for individuals, particularly those with diabetes.This study investigated the association of risk factors for psychiatric disturbances among productive-age patients with diabetes (ages 30−59 years), considering sociodemographic characteristics and co-existing diseases. The risk factors considered included sociodemographic factors (e.g., residence, age, sex, marital status, education, and occupation) and co-existing diseases (e.g., hypertension, heart disease, stroke, renal failure, rheumatism, asthma, and cancer). Methods: This cross-sectional study utilized data from the 2018 Indonesian National HealthSurvey (Riskesdas). The study population comprised respondents aged between 30 and 59years who had diabetes and had completed the 20-question self-reporting questionnaire (SRQ-20). After the exclusion of incomplete SRQ-20 data, the sample included 8,917 respondents.Data were analyzed using logistic regression. Results: Approximately 18.29% of individuals with diabetes displayed symptoms indicative of psychiatric disturbances. After adjusting for sociodemographic factors such as age, sex,education level, occupation, marital status, and place of residence, patients with diabetes who had co-existing conditions such as hypertension, heart diseases, rheumatic disorders, asthma, or cancer had a higher risk for developing psychiatric disturbances than those with diabetes alone (adjusted odds ratio, 6.67; 95% confidence interval, 4.481−9.928; p < 0.001). Conclusion The elevated risk of psychiatric disturbances among patients with diabetes who had comorbidities underscores the importance of addressing mental health issues in the management of diabetes, especially in patients with concurrent disease conditions.

Objectives: Malaria remains a serious public health challenge in tropical and subtropical regions, including Indonesia. Children under 5 years old face particular risk of contracting malaria due to low immunity. We examined potential factors associated with malaria infection among under-5 children in Papua Province, Indonesia. Methods: The study utilized secondary data from Indonesia Basic Health Research 2018.Multistage random sampling was employed, from the province level to census blocks (CBs).In Papua Province, interviews were conducted in 928 CBs. All 2,745 under-5 children wereselected. The dependent variable was laboratory-confirmed malaria positivity; independentfactors included residential area, socioeconomic characteristics, and behaviors such as sleepingunder an insecticide net impregnated ≤3 years ago and the use of ventilation barriers. We alsoexamined the conditions of the bedroom, kitchen, and living room according to the frequency ofwindow-opening, proportion of ventilation area to the floor, and radiance. Results: Not sleeping under an insecticide net impregnated within the last 3 years (adjusted odds ratio [aOR], 0.518; 95% confidence interval [CI], 0.391–0.685; p < 0.001); having a kitchen without windows (aOR, 0.491; 95% CI, 0.285–0.844; p = 0.01); rarely opening the living room window (aOR, 2.804; 95% CI, 1.232–6.383; p = 0.01), and having a windowless living room (aOR, 3.027; 95% CI, 1.369–6.696; p = 0.01) displayed significant relationships with malaria infection among under-5children. Conclusion Not using an insecticide-treated net impregnated ≤3 years ago, along with openingthe living room window daily and having a kitchen without windows, appear preventive of malaria infection among under-5 children.

Objectives: Malaria remains a serious public health challenge in tropical and subtropical regions, including Indonesia. Children under 5 years old face particular risk of contracting malaria due to low immunity. We examined potential factors associated with malaria infection among under-5 children in Papua Province, Indonesia. Methods: The study utilized secondary data from Indonesia Basic Health Research 2018.Multistage random sampling was employed, from the province level to census blocks (CBs).In Papua Province, interviews were conducted in 928 CBs. All 2,745 under-5 children wereselected. The dependent variable was laboratory-confirmed malaria positivity; independentfactors included residential area, socioeconomic characteristics, and behaviors such as sleepingunder an insecticide net impregnated ≤3 years ago and the use of ventilation barriers. We alsoexamined the conditions of the bedroom, kitchen, and living room according to the frequency ofwindow-opening, proportion of ventilation area to the floor, and radiance. Results: Not sleeping under an insecticide net impregnated within the last 3 years (adjusted odds ratio [aOR], 0.518; 95% confidence interval [CI], 0.391–0.685; p < 0.001); having a kitchen without windows (aOR, 0.491; 95% CI, 0.285–0.844; p = 0.01); rarely opening the living room window (aOR, 2.804; 95% CI, 1.232–6.383; p = 0.01), and having a windowless living room (aOR, 3.027; 95% CI, 1.369–6.696; p = 0.01) displayed significant relationships with malaria infection among under-5children. Conclusion Not using an insecticide-treated net impregnated ≤3 years ago, along with openingthe living room window daily and having a kitchen without windows, appear preventive of malaria infection among under-5 children.

Objectives: Malaria remains a serious public health challenge in tropical and subtropical regions, including Indonesia. Children under 5 years old face particular risk of contracting malaria due to low immunity. We examined potential factors associated with malaria infection among under-5 children in Papua Province, Indonesia. Methods: The study utilized secondary data from Indonesia Basic Health Research 2018.Multistage random sampling was employed, from the province level to census blocks (CBs).In Papua Province, interviews were conducted in 928 CBs. All 2,745 under-5 children wereselected. The dependent variable was laboratory-confirmed malaria positivity; independentfactors included residential area, socioeconomic characteristics, and behaviors such as sleepingunder an insecticide net impregnated ≤3 years ago and the use of ventilation barriers. We alsoexamined the conditions of the bedroom, kitchen, and living room according to the frequency ofwindow-opening, proportion of ventilation area to the floor, and radiance. Results: Not sleeping under an insecticide net impregnated within the last 3 years (adjusted odds ratio [aOR], 0.518; 95% confidence interval [CI], 0.391–0.685; p < 0.001); having a kitchen without windows (aOR, 0.491; 95% CI, 0.285–0.844; p = 0.01); rarely opening the living room window (aOR, 2.804; 95% CI, 1.232–6.383; p = 0.01), and having a windowless living room (aOR, 3.027; 95% CI, 1.369–6.696; p = 0.01) displayed significant relationships with malaria infection among under-5children. Conclusion Not using an insecticide-treated net impregnated ≤3 years ago, along with openingthe living room window daily and having a kitchen without windows, appear preventive of malaria infection among under-5 children.

Objectives: Malaria remains a serious public health challenge in tropical and subtropical regions, including Indonesia. Children under 5 years old face particular risk of contracting malaria due to low immunity. We examined potential factors associated with malaria infection among under-5 children in Papua Province, Indonesia. Methods: The study utilized secondary data from Indonesia Basic Health Research 2018.Multistage random sampling was employed, from the province level to census blocks (CBs).In Papua Province, interviews were conducted in 928 CBs. All 2,745 under-5 children wereselected. The dependent variable was laboratory-confirmed malaria positivity; independentfactors included residential area, socioeconomic characteristics, and behaviors such as sleepingunder an insecticide net impregnated ≤3 years ago and the use of ventilation barriers. We alsoexamined the conditions of the bedroom, kitchen, and living room according to the frequency ofwindow-opening, proportion of ventilation area to the floor, and radiance. Results: Not sleeping under an insecticide net impregnated within the last 3 years (adjusted odds ratio [aOR], 0.518; 95% confidence interval [CI], 0.391–0.685; p < 0.001); having a kitchen without windows (aOR, 0.491; 95% CI, 0.285–0.844; p = 0.01); rarely opening the living room window (aOR, 2.804; 95% CI, 1.232–6.383; p = 0.01), and having a windowless living room (aOR, 3.027; 95% CI, 1.369–6.696; p = 0.01) displayed significant relationships with malaria infection among under-5children. Conclusion Not using an insecticide-treated net impregnated ≤3 years ago, along with openingthe living room window daily and having a kitchen without windows, appear preventive of malaria infection among under-5 children.

Objectives: Malaria remains a serious public health challenge in tropical and subtropical regions, including Indonesia. Children under 5 years old face particular risk of contracting malaria due to low immunity. We examined potential factors associated with malaria infection among under-5 children in Papua Province, Indonesia. Methods: The study utilized secondary data from Indonesia Basic Health Research 2018.Multistage random sampling was employed, from the province level to census blocks (CBs).In Papua Province, interviews were conducted in 928 CBs. All 2,745 under-5 children wereselected. The dependent variable was laboratory-confirmed malaria positivity; independentfactors included residential area, socioeconomic characteristics, and behaviors such as sleepingunder an insecticide net impregnated ≤3 years ago and the use of ventilation barriers. We alsoexamined the conditions of the bedroom, kitchen, and living room according to the frequency ofwindow-opening, proportion of ventilation area to the floor, and radiance. Results: Not sleeping under an insecticide net impregnated within the last 3 years (adjusted odds ratio [aOR], 0.518; 95% confidence interval [CI], 0.391–0.685; p < 0.001); having a kitchen without windows (aOR, 0.491; 95% CI, 0.285–0.844; p = 0.01); rarely opening the living room window (aOR, 2.804; 95% CI, 1.232–6.383; p = 0.01), and having a windowless living room (aOR, 3.027; 95% CI, 1.369–6.696; p = 0.01) displayed significant relationships with malaria infection among under-5children. Conclusion Not using an insecticide-treated net impregnated ≤3 years ago, along with openingthe living room window daily and having a kitchen without windows, appear preventive of malaria infection among under-5 children.