Posts tagged: air
Air Pollution Changes During Beijing Olympics Linked To Systemic Inflammation And Thrombosis Changes
A study featured in the May 16 edition of JAMA shows that changes in air pollution during the 2008 Beijing Olympics were related to changes in biomarkers of systemic inflammation and thrombosis, in addition to measure of cardiovascular physiology in healthy young people. The study's background information states: "Air pollution ...
Quasi-experimental data supports argument that air pollution may be a global risk factor for CVD
During the 2008 Beijing Olympics, changes in air pollution were associated with changes in biomarkers of systemic inflammation and thrombosis (formation of blood clot) as well as measures of cardiovascular physiology in healthy young persons, according to a study in the May 16 issue of JAMA, a theme issue on ...
Air-Conditioned Protective Clothing
In order to test the new 'smart' protective vest, an experimenter wearing one has jogged several kilometers on the treadmill in a climate-controlled chamber at Empa. During the jog he lost 544 grams in weight through sweating - but thanks to the vest's integrated cooling system this was still ...
Air pollution level changes in Beijing linked with biomarkers of cardiovascular disease
During the 2008 Beijing Olympics, changes in air pollution were associated with changes in biomarkers of systemic inflammation and thrombosis (formation of blood clot) as well as measures of cardiovascular physiology in healthy young persons, according to a study in the May 16 issue of JAMA, a theme ...
Air pollution level changes in Beijing linked with biomarkers of cardiovascular disease
(JAMA and Archives Journals) During the 2008 Beijing Olympics, changes in air pollution were associated with changes in biomarkers of systemic inflammation and thrombosis (formation of blood clot) as well as measures of cardiovascular physiology in healthy young persons, according to a study in the May 16 issue of JAMA, ...
Study Of Indoor Air Quality Risks In United Arab Emirates Is Culturally Sensitive
The rapid shift from nomadic life to modern-day culture in the United Arab Emirates has exposed residents to significant indoor air quality risks that can lead to respiratory illness, according to a new study from the University of North Carolina at Chapel Hill. With the swift modernization of the country, ...
Culturally sensitive research in United Arab Emirates pinpoints indoor air quality risks
The rapid shift from nomadic life to modern-day culture in the United Arab Emirates has exposed residents to significant indoor air quality risks that can lead to respiratory illness, according to a new study from the University of North Carolina at Chapel Hill. With the swift modernization ...
Culturally sensitive research in United Arab Emirates pinpoints indoor air quality risks
(University of North Carolina at Chapel Hill) The rapid shift from nomadic life to modern-day culture in the United Arab Emirates has exposed residents to significant indoor air quality risks that can lead to respiratory illness, according to a new study from the University of North Carolina at Chapel Hill.
Creating energy from light and air – new research on biofuel cells
The aim of the research long-term is to develop more efficient biofuel cells, seen as the future of electronics. Because biofuel cells are powered by readily available biological materials, they have the potential to be used indefinitely when electricity is required at places where is it not possible to replace ...
Sunlight and air powers access to sterile water
(University of Hull) Researchers at the University of Hull are developing a way to produce constant supplies of sterile water, powered simply by sunlight and air. The device is aimed at remote communities where conventional systems using chemicals or electricity are not a viable option.
Clearing the air: PNNL technology wins award for improving submarine air quality
(DOE/Pacific Northwest National Laboratory) PNNL has developed a nanoporous-based air-cleansing system for the Navy that can rapidly remove high levels of carbon dioxide from a submarine's air environment. The technology recently won the Federal Laboratory Consortium Interagency Partnership Award for 2012.