Displaying results 1 - 6 of 6
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Motor Vehicle Crash (MVC) Case Definitions and How They Impact MVC Surveillance
Content Type: Abstract
In 2012, an estimated 2.5 million people presented to the ED for a MVC injury in the U.S. National injury surveillance is commonly captured using E-codes. However, use of E-codes alone to capture MVC-related ED visits may result in a… read more -
Triage Notes in Syndromic Surveillance – A Double Edged Sword
Content Type: Abstract
The advent of Meaningful Use (MU) has allowed for the expansion of data collected at the hospital level and received by public health for syndromic surveillance. The triage note, a free text expansion on the chief complaint, is one of the many… read more -
Assessing the Potential Impact of the BioSense 24-hour Rule Using NC DETECT ED Data
Content Type: Abstract
Per a frequently asked questions document on the ISDS website, approximately two thirds of HL7 records received in BioSense do not provide a Visit ID. As a result, BioSense data processing rules use the patient ID, facility ID and earliest date in… read more -
Childhood Injury in Wake County, NC: Local Use of Public Health Surveillance Data
Content Type: Abstract
A local foundation commissioned a project to determine the leading causes of childhood injury in Wake County, NC. Multiple sources of secondary data, including syndromic surveillance data, were used to describe leading causes of childhood injury in… read more -
Lessons Learned from the Transition to ICD-10-CM: Redefining Syndromic Surveillance Case Definitions for NC DETECT
Content Type: Abstract
NC DETECT receives ICD-9-CM codes for emergency department (ED) visits and uses these codes in case definitions for syndromic surveillance (e.g. infectious disease, injury, etc.). Hospitals will begin using ICD-10-CM codes on October 1, 2015. As a… read more -
Using NC DETECT for Comprehensive Morbidity Surveillance on Poisoning and Overdose
Content Type: Abstract
A retrospective analysis of emergency department data in NC for drug and opioid overdoses has been explained previously [1]. We built on this initial work to develop new poisoning and surveillance reports to facilitate near real time surveillance by… read more