id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
anesthj-58	Margulies, MSN, CRNA, Jake; Bahoravitch, MSN, CRNA, Dirk; Collins, PhD, DNP, CRNA, Shawn; Hewer, MSN, CRNA, Ian	Environment impact of inhaled anesthetics: A literature review	2017	4	.pdf	application/pdf	2961	172	43	Through the use of the GASman computer tool (Med Man Sim- ulations, Chestnut Hill, MA), Feldman15 was able to simulate the various phases of anesthesia, including induction, maintenance, and emergence, and the amount of volatile anesthetic used during each phase under certain FGFs and volatile anesthetics. Current research demonstrates that increasing air pollution causes significant increases in cardiac disease, pulmonary disease, and even death—including 16% of lung cancer, 11% of chronic obstructive pulmonary disease, and 20% of ischemic heart disease and stroke deaths.5 An estimated 150,000 deaths per year (0.3% of all annual deaths) are said to be related to climate by the World Health Organization (WHO), and this number is expected to increase.6 The climate-associated health risks identi- fied by the WHO include food and water insecurity, increased transmission of infection, heat stress, more frequent and extreme weather events, threats to shelter and security, and population migration.7 Because of the medical necessity of volatile anesthetic gases, no prior regulations on emissions have been sought.8 However, with the increased number of individuals undergoing surgery and anesthesia and the development of newer anesthetic agents, the environmental impacts of these anesthetics should be evaluated.	cache/anesthj-58.pdf	txt/anesthj-58.txt