COLLABORATIVE IMPROVEMENT AND INNOVATION NETWORK: INCREASING CAPACITY OF DATA SYSTEMS TO HELP SAVE BABIES' LIVES

BackgroundInfant mortality (IM) is a key barometer of a nation's health, and the US IM rate is almost three times higher than other developed countries. The national expansion of the Collaborative Improvement and Innovation Network (CoIIN) aims to extend, nationwide, early successes, in HRSA Re...

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Bibliographic Details
Published inBMJ quality & safety Vol. 24; no. 11; pp. 738 - 739
Main Authors Selk, Sabrina, Finnerty, Patricia, Fitzgerald, Elaine, Levesque, Zandra, Taylor, Jane
Format Journal Article
LanguageEnglish
Published London BMJ Publishing Group LTD 01.11.2015
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Summary:BackgroundInfant mortality (IM) is a key barometer of a nation's health, and the US IM rate is almost three times higher than other developed countries. The national expansion of the Collaborative Improvement and Innovation Network (CoIIN) aims to extend, nationwide, early successes, in HRSA Regions IV and VI, of using Quality Improvement (QI) to decrease IM.ObjectivesA key objective of the IM CoIIN is to build states' capacity to utilize QI, using vital records data they already collect, to inform improvement efforts around infant health.MethodsNational experts, improvement advisors, and federal and state partners created a common set of measures accessible to all states. Surveillance data were identified by pilot states as critical in tracking their progress around infant health. To increase state buy-in, we developed key indicators utilizing publicly available vital records data and are working with states to achieve quarterly (rather than annual) reporting. Applying QI has shown state stakeholders that QI techniques are valuable to understand existing data in more real-time ways.ResultsStates are utilizing rapid cycles to produce quarterly vital statistics, as opposed to standard minimum time lags of one year. More than a third of the 47 states participating in data entry for the IM CoIIN entered quarterly data based on vital statistics.ConclusionsMoving to a new model can be resource intensive and there is resistance to changing surveillance data and their usage. However, momentum is growing across states to increase their access and capacity to provisional vital statistics and application of QI statistical techniques.Figure 1National Sudden Unexpected Infant Death Rate per 1,000 live births from 1990-2013 using annual data from CDC Wonder.Figure 2National Sudden Unexpected Infant Death Rate per 1,000 live births for the duration of the IM CoIIN work from 2009–2013 using quarterly data from CDC Wonder.Figure 3Funnel chart of Sudden Unexpected Infant Deaths (SUID) by State for 2013, with states organized from lowest number of births to highest number of births across the x axis.Figure 4Data provided by states (n=15) demonstrating SUID rate, provided quarterly for the IM CoIIN.
ISSN:2044-5415
2044-5423
DOI:10.1136/bmjqs-2015-IHIabstracts.26