Data from: Persistent chaos of measles epidemics in the prevaccination United States caused by a small change in seasonal transmission patterns

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DOI：

doi:10.5061/dryad.r4q34

摘要：

sonal patterns of transmission, rather than through high-amplitude fluctuations in transmission rates. We base our analysis on a comparison of measles incidence in 80 major cities

Data from: Age-structure and transient dynamics in epidemiological systems

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mathematical epidemiology;measles;age-structured models;trajectory matching

DOI：

doi:10.5061/dryad.vj645q8

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example is afforded by the dynamics of measles in industrialized countries in the pre-vaccine era. Accurate description of the transient dynamics

Data from: Human birth seasonality: latitudinal gradient and interplay with childhood disease dynamics

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Monthly Birth Rates;Monthly Birth Data

DOI：

doi:10.5061/dryad.3p008p4

摘要：

disease incidence, using a mechanistic model of measles. Birth seasonality was found to have the potential to alter the magnitude and periodicity of epidemics

Data from: Respiratory virus infection up-regulates TRPV1, TRPA1 and ASICS3 receptors on airway cells

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ASICS 3;Respiratory syncytial virus;TRPA1;Respiratory viruses;asthma;TRPV1;cough;COPD;Measles virus

DOI：

doi:10.5061/dryad.p170v

摘要：

piratory syncytial virus (RSV) and measles virus (MV) may interact directly and/or indirectly with these receptors on sensory nerves and epithelial cells in the airways. We used in vitro models

Data from: Opportunities and challenges of Integral Projection Models for modeling host-parasite dynamics

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measles Integral Projection Model parasite demography infectious disease dynamics murine malaria

DOI：

doi:10.5061/dryad.07mc1

摘要：

se burden and identifying effective measures for control. A major challenge is capturing the details of infection within individuals and quantifying their downstream impacts

Data from: Cell tropism predicts long-term nucleotide substitution rates of mammalian RNA viruses

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Porcine reproductive and respiratory syndrome virus;Ross River virus;Borna disease virus;Venezuelan equine encephalitis virus;Rubella virus;Lassa virus;Seoul virus;Echovirus 13;Echovirus 11;Echovirus 33;Western equine encephalitis virus;Coxsackievirus B4;Coxsackievirus A24;Bovine ephemeral fever virus;Human astrovirus;Echovirus 30;Measles virus;Rotavirus C;Bovine coronavirus;Rotavirus A;Poliovirus;Echovirus 6;rabies virus;Echovirus 9;Powassan virus;Swine vesicular disease virus;Norwalk virus;Chikungunya virus;Japanese encephalitis virus;Equine arteritis virus;Tick-borne encephalitis virus;hepatitis C;Mumps virus;Holocene;Hepatitis A;Coxsackievirus A16;Crimean-Congo hemorrhagic fever virus;Yellow fever virus

DOI：

doi:10.5061/dryad.58ss8

摘要：

The high rates of RNA virus evolution are generally attributed to replication with error-prone RNA-dependent RNA polymerases. However, these lon