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rinceton.edu/publications/global-patterns-in-seasonal-activity-of-influenza-ah3n2-ah1n1-and-b-from-1997-to-2005-viral-coexistence-and-latitudinal-gradients/2016-11-01T11:08:02+00:00https://grenfelllab.princeton.edu/publications/seasonality-and-the-persistence-and-invasion-of-measles/2016-11-01T11:08:20+00:00https://grenfelllab.princeton.edu/publications/the-genesis-and-spread-of-reassortment-human-influenza-ah3n2-viruses-conferring-adamantane-resistance/2016-11-01T11:08:36+00:00https://grenfelllab.princeton.edu/publications/vaccination-and-the-dynamics-of-immune-evasion/2016-11-01T11:08:49+00:00https://grenfelllab.princeton.edu/publications/vaccination-strategies-for-foot-and-mouth-disease-reply/2016-11-01T11:09:09+00:00https://grenfelllab.princeton.edu/publications/when-individual-behaviour-matters-homogeneous-and-network-models-in-epidemiology/2016-11-01T11:09:27+00:00https://grenfelllab.princeton.edu/publications/accuracy-of-models-for-the-2001-foot-and-mouth-epidemic/2016-11-01T11:11:45+00:00https://grenfelllab.princeton.edu/publications/directly-transmitted-viral-diseases-modeling-the-dynamics-of-transmission/2016-11-01T11:11:54+00:00https://grenfelllab.princeton.edu/publications/hazards-spatial-transmission-and-timing-of-outbreaks-in-epidemic-metapopulations/2016-11-01T11:12:01+00:00https://grenfelllab.princeton.edu/publications/hiv-1parasite-co-infection-and-the-emergence-of-new-parasite-strains/2016-11-01T11:12:07+00:00https://grenfelllab.princeton.edu/publications/measles-on-the-edge-coastal-heterogeneities-and-infection-dynamics/2016-11-01T11:12:14+00:00https://grenfelllab.princeton.edu/publications/the-dynamics-of-measles-in-sub-saharan-africa/2016-11-01T11:11:14+00:00https://grenfelllab.princeton.edu/publications/time-is-of-the-essence-exploring-a-measles-outbreak-response-vaccination-in-niamey-niger/2016-11-01T11:12:35+00:00https://grenfelllab.princeton.edu/publications/demographic-variability-vaccination-and-the-spatiotemporal-dynamics-of-rotavirus-epidemics/2016-11-01T11:13:00+00:00https://grenfelllab.princeton.edu/publications/discovering-the-phylodynamics-of-rna-viruses/2016-11-01T11:13:19+00:00https://grenfelllab.princeton.edu/publications/epidemic-dynamics-at-the-human-animal-interface/2016-11-01T11:13:36+00:00https://grenfelllab.princeton.edu/publications/quantifying-the-impact-of-immune-escape-on-transmission-dynamics-of-influenza/2016-11-01T11:14:06+00:00https://grenfelllab.princeton.edu/publications/seasonality-and-comparative-dynamics-of-six-childhood-infections-in-pre-vaccination-copenhagen/2016-11-01T11:14:23+00:00https://grenfelllab.princeton.edu/publications/absolute-humidity-and-the-seasonal-onset-of-influenza-in-the-continental-united-states/2016-11-01T11:14:41+00:00https://grenfelllab.princeton.edu/publications/decreasing-stochasticity-through-enhanced-seasonality-in-measles-epidemics/2016-11-01T11:14:58+00:00https://grenfelllab.princeton.edu/publications/disease-dynamics-in-a-dynamic-social-network/2016-11-01T11:15:16+00:00https://grenfelllab.princeton.edu/publications/dynamics-of-glycoprotein-charge-in-the-evolutionary-history-of-human-influenza/2016-11-01T11:15:32+00:00https://grenfelllab.princeton.edu/publications/dynamics-of-influenza-virus-infection-and-pathology/2016-11-01T11:15:52+00:00https://grenfelllab.princeton.edu/publications/episodic-outbreaks-bias-estimates-of-age-specific-force-of-infection-a-corrected-method-using-measles-as-an-example/2016-11-01T11:16:11+00:00https://grenfelllab.princeton.edu/publications/impact-of-vaccination-and-birth-rate-on-the-epidemiology-of-pertussis-a-comparative-study-in-64-countries/2016-11-01T11:16:44+00:00https://grenfelllab.princeton.edu/publications/inference-for-individual-leve-models-of-infectious-diseases-in-large-populations/2016-11-01T11:17:03+00:00https://grenfelllab.princeton.edu/publications/intra-and-interhost-evolutionary-dynamics-of-equine-influenza-virus/2016-11-01T11:17:24+00:00https://grenfelllab.princeton.edu/publications/measles-hotspots-and-epidemiological-connectivity/2016-11-01T11:17:38+00:00https://grenfelllab.princeton.edu/publications/phenotypic-differences-in-viral-immune-escape-explained-by-linking-within-host-dynamics-to-host-population-immunity/2016-11-01T11:17:56+00:00https://grenfelllab.princeton.edu/publications/protocols-for-sampling-viral-sequences-to-study-epidemic-dynamics/2016-11-01T11:18:11+00:00https://grenfelllab.princeton.edu/publications/resolving-the-impact-of-waiting-time-distributions-on-the-persistence-of-measles/2016-11-01T11:18:26+00:00https://grenfelllab.princeton.edu/publications/rubella-metapopulation-dynamics-and-importance-of-spatial-coupling-to-the-risk-of-congenital-rubella-syndrome-in-peru/2016-11-01T11:18:42+00:00https://grenfelllab.princeton.edu/publications/rural-urban-gradient-in-seasonal-forcing-of-measles-transmission-in-niger/2016-11-01T11:18:58+00:00https://grenfelllab.princeton.edu/publications/synthesizing-within-host-and-population-level-selective-pressures-on-vira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