地球科学与气候变化杂志

抽象的

Mini Review on Relationship between Extreme temperatures, and cardiovascular Mortality

Jassel Phelia

Objective: In China, there's a lack of substantiation regarding the goods of extreme temperatures on cause-specific cardiovascular mortality. Styles Between 2007 and 2009, we gathered information from Beijing and Shanghai, China, including diurnal mortality rates for cardiovascular, cerebrovascular, ischemic, and hypertensive conditions, air pollution situations, and rainfall conditions. To probe the goods of extremely high and low ambient temperatures on cause-specific cardiovascular mortality, we employed a distributed pause non-linear Poisson retrogression model.

Results: Beijing had stronger goods of cold and heat for all cause-specific cardiovascular mortality than Shanghai. The strongest cold goods on cause-specific cardiovascular mortality passed between lags 0 and 27, while the strongest hot goods passed between lags 0 and 14. In the two metropolises, the types of deaths affected by extremely low and high temperatures varied. In Beijing, hypertension was especially susceptible to extremely high and low temperatures; whereas individualities with ischemic heart complaint displayed the topmost relative threat in Shanghai (RRs = 1.16, 95 percent CI1.34) to a veritably low temperature.

Conclusion: In Beijing, extremely low and high temperatures were particularly dangerous for people with hypertension. In Shanghai, people with ischemic heart complaint were more susceptible to extremely cold days.