id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
cord-001800-644lf8vn	Biggerstaff, Matthew	Estimating the Potential Effects of a Vaccine Program Against an Emerging Influenza Pandemic—United States	2015-05-01		.txt	text/plain	4489	175	43	For the second scenario, we clinical attack rate of the influenza pandemic is 20% and the overall case fatality ratio is 0.53% (high-severity scenario); 10 million doses (left) or 30 million doses (right) of vaccine are administered each week; the vaccination program begins 16 weeks after, 8 weeks after, the same week as, 8 weeks before, and 16 weeks before the first cases of a novel influenza virus occur in the United States; and the efficacy is "H1N1pmd09 monovalent vaccine-like." 2009 H1N1-like vaccine effectiveness: 2 doses of vaccine administered 3 weeks apart required to be fully effective (62% for persons aged <60 years and 43% for persons ≥60 years) in protecting against subclinical and clinical cases, hospitalizations, and deaths. For an influenza pandemic with a 30% overall cumulative attack rate and high-severity scenario, we estimated that a vaccination program beginning the same week as the pandemic started in the United States that administered 10 million doses of vaccine with the moderate VE per week could avert 260 000 hospitalizations and 32 000 deaths (6% reduction) (Tables 2 and 3 ; Figures 2 and 3) .	./cache/cord-001800-644lf8vn.txt	./txt/cord-001800-644lf8vn.txt