Environmental and Behavioral Determinants of Septicemia Mortality in Türkiye: A Ten-Year Analysis - Hilal Kocak - Mehmet Tutar - Mehmet Koçak Tıklayınız.
A Comparative Performance Analysis of Türkiye's Health System within OECD Countries - Kübra Çakır - Özgür Erol - Melis Almula Karadayı Tıklayınız.
Public Hospital Workers' Views on the Process of Switching from the Hospital Information Management System to the e-Health Information System in a Province - İbrahim Nokay - Ayşe Nilüfer Özaydın Tıklayınız.
Comparing Level of Happiness and Depression Between Turkish and International Medical Students- Aus Abdulhamed - Okan Eren Kuguoglu - Alperen Demirel - Beyza Gürbüz Demirel - Ezgi Doğan Tıklayınız.
Communication in Health Diplomacy - Kezban Yavuz Emik Tıklayınız.
Dergimize Dergi Park üzerinden ulaşmak için Tıklayınız.
1This study examines the environmental and behavioral factors associated with variations in septicemia mortality rates across Turkish provinces. Province-level data spanning ten years were analyzed using ordinal logistic regression mode ling to determine the predictors of septicemia mortality. Environmental factors such as humidity, temperature, and air pollutants, along with behavioral as pects including alcohol consumption, were evaluated. Analysis of the provided data revealed significant regional variations in septicemia mortality rates across areas with diverse environmental and social characteristics. Higher median humidity and stable environmental conditions (low variability in humidity and temperature) correlated with reduced mortality rates. Alcohol consumption was identified as a risk factor, moderately increasing the risk of septicemia mortali ty. The findings highlight the intricate relationship between environmental sta bility, personal behaviors, and septicemia outcomes. The study accentuates the need for targeted public health strategies and suggests that mitigating environ mental risks and fostering healthy behaviors could effectively reduce septicemia mortality. Further studies should focus on individual-level data and explore the relationship between these factors in different climatic conditions
