The New York City (NYC) Department of Health and Mental Hygiene (DOHMH) used multiple methods to provide guidance to healthcare providers on the management and prevention of Zika virus disease during 2016. To better understand providers' use of information sources related to emerging disease threats, this article describes reported use of information sources by NYC providers to stay informed about Zika, and patterns observed by provider type and practice setting. We sent an electronic survey to all email addresses in the Provider Data Warehouse, a system used to maintain information from state and local health department sources on all prescribing healthcare providers in NYC. The survey asked providers about their use of information sources, including specific information products offered by the NYC DOHMH, to stay informed about Zika during 2016. Trends by provider type and practice setting were described using summary statistics. The survey was sent to 44,455 unique email addresses; nearly 20% (8,711) of the emails were undeliverable. Ultimately, 1,447 (5.8%) eligible providers completed the survey. Most respondents (79%) were physicians. Overall, the most frequently reported source of information from the NYC DOHMH was the NYC Health Alert Network (73%). Providers in private practice reported that they did not use any NYC DOHMH source of information about Zika more frequently than did those working in hospital settings (29% vs 23%); similarly, private practitioners reported that they did not use any other source of information about Zika more frequently than did those working in hospital settings (16% vs 8%). Maintaining timely and accurate databases of healthcare provider contact information is a challenge for local public health agencies. Effective strategies are needed to identify and engage independently practicing healthcare providers to improve communications with all healthcare providers during public health emergencies.

Streptococcus mitis is a common oral commensal and an opportunistic pathogen that causes bacteremia and infective endocarditis; however, the species has received little attention compared to other pathogenic streptococcal species. Effective and easy-to-use molecular typing tools are essential for understanding bacterial population diversity and biology, but schemes specific for S. mitis are not currently available.

No abstract

No abstract

No abstract