Abstrato

Carbon Monoxide Signature in Human Body: Measured Data and GIS Physiology

Ranjan Roy, Gangadhar Andaluri and William Miller

Human body bio-effluent comprises of Carbon monoxide (CO). The CO concentration was measured to find out if its signature was present, if it may impact the indoor odor, and if it serves as a surrogate to CO2 concentration in the indoor air. On the contrary, a pattern emerged when the data was compared with U.S. Department of Health. The human body burden and CO signature could be tweaked into transient high mode, which may be significant, and might impact long-term exposure effects, health, and the meditational slow exhaling exercise/work-out. There is scope for new track of research on the CO body burden, CO related to the end stage decay, corresponding carbon dioxide body burden, and combined (CO2+CO) relative physiology and toxicity

Isenção de responsabilidade: Este resumo foi traduzido usando ferramentas de inteligência artificial e ainda não foi revisado ou verificado

Indexado em

Chemical Abstracts Service (CAS)
Google Scholar
Open J Gate
Academic Keys
ResearchBible
The Global Impact Factor (GIF)
CiteFactor
Cosmos IF
Electronic Journals Library
RefSeek
Hamdard University
World Catalogue of Scientific Journals
IndianScience.in
Scholarsteer
Publons
International Innovative Journal Impact Factor (IIJIF)
International Institute of Organised Research (I2OR)
Cosmos

Veja mais