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George A. Henly

Researcher at Minnesota Department of Education

Publications -  6
Citations -  107

George A. Henly is an academic researcher from Minnesota Department of Education. The author has contributed to research in topics: Psychological intervention & Mammography. The author has an hindex of 5, co-authored 6 publications receiving 102 citations.

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Effect of Direct Mail as a Population-Based Strategy to Increase Mammography Use among Low-Income Underinsured Women Ages 40 to 64 Years

TL;DR: A randomized trial was conducted to assess the effect of two mailed interventions on mammography utilization through Sage, the National Breast and Cervical Cancer Early Detection Program in Minnesota, finding direct mail is an effective strategy for increasing mammography use through Sage.
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Measurement of the nurse organizational climate of neonatal intensive care units.

TL;DR: Investigation of nurse perceptions of the organizational climate of NICU's in a sample of 18 hospitals found significant relationships were found between three of the six NOCDQ-B scales and nurse satisfaction, as measured by the Minnesota Satisfaction Questionnaire.
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Measurement Properties of Two Innovative Item Formats in a Computer-Based Test

TL;DR: In this paper, the authors examined the reliability, efficiency, and construct validity of two innovative item formats (the figural response (FR) and constructed response (CR) formats) used in a K-12 computerized science test.
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Coupling Financial Incentives with Direct Mail in Population-Based Practice: A Randomized Trial of Mammography Promotion.

TL;DR: Experimental evidence is offered on how the population-based strategy of direct mail coupled with a financial incentive can encourage healthy behavior, as well as how incentive-based programs can be translated into health promotion practice aimed at achieving population-level impact.
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The pain trajectory during treadmill testing in peripheral artery disease.

TL;DR: In this article, a hierarchical generalized linear model for ordinal data was fit to compare baseline and post-intervention trajectories, which reflected variations in time to onset of mild pain, acceleration to severe pain, and total walking time.