HIGHLIGHTS
SUMMARY
Social contact patterns have been successfully used as proxies for transmission of close-contact diseases, such as influenza and mumps, under the social contact hypothesis. The number of social contact surveys to collect empirical data on human contact behavior has increased substantially over recent years. Next to social contact data, also time use data have proven their value for explaining infectious disease data using the time use approach in which mixing patterns can be estimated from the time spent at a given location. The notion of co-presence is complementary to reported social contacts . . .
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