A. Burger, Emily Sy, Stephen Nygård, Mari S. Kristiansen, Ivar J. Kim, Jane Projected impact of vaccinating both pre-adolescent girls and boys at 71% coverage compared to increasing coverage to 90% for a girls-only program on non-cervical human papillomavirus (HPV)-16, -18 related cancers. <p>Dotted lines represent the theoretical maximum attributable fraction of HPV-16, -18 for each condition.</p> Computational biology;Population modeling;Infectious disease modeling;immunology;Vaccination and immunization;vaccines;Cancer vaccines;epidemiology;Economic epidemiology;Infectious disease epidemiology;health care;Health economics;Infectious diseases;Sexually transmitted diseases;Human papillomavirus infection;Viral diseases;oncology;Cancers and neoplasms;Genitourinary tract tumors;Head and neck tumors;Cancer prevention;urology;Genitourinary infections;women's health;Obstetrics and gynecology;Gynecologic cancers;Economics;Economic analysis;Cost-effectiveness analysis;vaccinating;pre-adolescent;girls;boys;compared;girls-only;non-cervical;papillomavirus;-18 2014-03-20
    https://plos.figshare.com/articles/figure/_Projected_impact_of_vaccinating_both_pre_adolescent_girls_and_boys_at_71_coverage_compared_to_increasing_coverage_to_90_for_a_girls_only_program_on_non_cervical_human_papillomavirus_HPV_16_18_related_cancers_/969045
10.1371/journal.pone.0089974.g003