Publications by authors named "R Patti Herring"

The effects of laboratory mergers and acquisitions on the clinical performance of its workforce remain largely unknown. This study examined laboratory professionals' work engagement and productivity, and investigated the role of social support as a moderator during mergers and acquisitions. A 51 question on-line survey was designed to cover demographics, work engagement, productivity, and levels of social support.

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Background: The disproportionate effects of the human immunodeficiency virus (HIV) and the Coronavirus 2019 (COVID-19) on Black American communities highlight structural systems rooted in racism and must be addressed with national strategies that improve both biomedicine and social determinants of health.

Purpose: The purpose of this study was to qualitatively examine the experiences and interpretations of experts in the HIV workforce (local, state, and national HIV-related organizations) regarding the state of HIV and COVID-19 among Black Americans.

Methods: Within key informant interviews and a focus group recorded and transcribed verbatim, fifteen members of the HIV workforce and Black community described their experiences and provided insights to inform ending the negative outcomes resulting from HIV and COVID-19.

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Aims: To compare burn-out in laboratory professionals (LPs) with exposure to consolidation to those without, and to investigate the role of social support as a moderator in the exposure to mergers and acquisitions (M&A).

Methods: Surveys were sent to the clinical LPs, including 732 with exposure to M&A and 819 without. The dependent variable was burn-out, and the independent variable was exposure to M&A.

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Numerous studies have investigated ionospheric waves, also known as ionospheric disturbances. These disturbances exhibit complex wave patterns similar to those produced by solar, geomagnetic, and meteorological disturbances and human activities within the Earth's atmosphere. The radio wave phase imager described herein measures the power of the ionospheric waves using their phase shift seen in phase images produced by the Long Wavelength Array (LWA) at the New Mexico Observatory, a high-resolution radio camera.

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