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Dive into the research topics where Sarah Rhoads is active.

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Featured researches published by Sarah Rhoads.


Neonatal network : NN | 2012

Challenges of implementation of a web-camera system in the neonatal intensive care unit.

Sarah Rhoads; Angela Green; Shannon Lewis; Laura Rakes

Over the past ten years, web-cameras often have been used in the NICU to support parents and connect families with their hospitalized neonate. This article describes the history of images and video use in the NICU to aid in linking parents and then focuses on the challenges and lessons learned through redesign, installation, and management of a new web-camera system. Technology can support NICU families, and when implemented with input from nurses and families, the process can be a positive experience.


Journal of Obstetric, Gynecologic, & Neonatal Nursing | 2011

Disparities in Women's Cardiovascular Health

Jean C. McSweeney; Christina M. Pettey; Elaine Souder; Sarah Rhoads

Cardiovascular disease (CVD) is the leading cause of death in women, and disparities affect the diagnosis, treatment, and outcomes of CVD for women. Biology, genetics, and race contribute to these disparities. Obstetric-gynecologic health care providers routinely encounter women who are at risk for developing CVD and are uniquely positioned as a point of access to intervene to improve/prevent CVD by assessing for risks and discussing healthy lifestyle changes during routine visits.


Advances in Neonatal Care | 2015

Web Camera Use of Mothers and Fathers When Viewing Their Hospitalized Neonate.

Sarah Rhoads; Angela Green; Gauss Ch; Anita Mitchell; Pate B

Background:Mothers and fathers of neonates hospitalized in a neonatal intensive care unit (NICU) differ in their experiences related to NICU visitation. Purpose:To describe the frequency and length of maternal and paternal viewing of their hospitalized neonates via a Web camera. Methods/Search Strategy:A total of 219 mothers and 101 fathers used the Web camera that allows 24/7 NICU viewing from September 1, 2010, to December 31, 2012, which included 40 mother and father dyads. We conducted a review of the Web cameras Web site log-on records in this nonexperimental, descriptive study. Findings/Results:Mothers and fathers had a significant difference in the mean number of log-ons to the Web camera system (P = .0293). Fathers virtually visited the NICU less often than mothers, but there was not a statistical difference between mothers and fathers in terms of the mean total number of minutes viewing the neonate (P = .0834) or in the maximum number of minutes of viewing in 1 session (P = .6924). Patterns of visitations over time were not measured. Implications for Practice:Web camera technology could be a potential intervention to aid fathers in visiting their neonates. Both parents should be offered virtual visits using the Web camera and oriented regarding how to use the Web camera. Implications for Research:These findings are important to consider when installing Web cameras in a NICU. Future research should continue to explore Web camera use in NICUs.


Obstetrical & Gynecological Survey | 2012

Role of telephone triage in obstetrics.

Nirvana Manning; Everett F. Magann; Sarah Rhoads; Tesa L. Ivey; Donna Williams

Abstract The telephone has become an indispensable method of communication in the practice of obstetrics. The telephone is one of the primary methods by which the patient makes her appointments and contacts her health care provider for advice, reassurance, and referrals. Current methods of telephone triage include personal at the physicians’ office, telephone answering services, labor and delivery nurses, and a dedicated telephone triage system using algorithms. Limitations of telephone triage include the inability of the provider to see the patient and receive visual clues from the interaction and the challenges of obtaining a complete history over the telephone. In addition, there are potential safety and legal issues with telephone triage. To date, there is insufficient evidence to either validate or refute the use of a dedicated telephone triage system compared with a traditional system using an answering service or nurses on labor and delivery. Target Audience: Obstetricians and gynecologists, family physicians Learning Objectives: After completing this CME activity, physicians should be better able to analyze the scope of variation in telephone triage across health care providers and categorize the components that go into a successful triage system, assess the current scope of research in telephone triage in obstetrics, evaluate potential safety and legal issues with telephone triage in obstetrics, and identify issues that should be addressed in any institution that is using or implementing a system of telephone triage in obstetrics.


Australian & New Zealand Journal of Obstetrics & Gynaecology | 2013

Maternal response to high‐risk obstetric telemedicine consults when perinatal prognosis is poor

Stephanie N. Wyatt; Sarah Rhoads; Angela Green; Rachel E. Ott; Adam T. Sandlin; Everett F. Magann

This is a qualitative descriptive study evaluating the maternal response after the woman has learned her pregnancy has a poor prognosis via telemedicine rather than in a traditional, face‐to‐face, consultation method. In general, telemedicine was positively viewed by the participants; however, the experience may be markedly improved by implementing several simple changes in the overall consultative process.


Telemedicine Journal and E-health | 2016

Mobilizing a Statewide Network to Provide Ebola Education and Support.

Sarah Rhoads; Bush E; Dirk T. Haselow; Keyur Vyas; Wheeler Jg; Faulkner A; Curtis L. Lowery

BACKGROUND Healthcare providers require the latest information and procedures when a public health emergency arises. During the fall of 2014, when the Ebola virus was first identified in a patient in the United States, education about Ebola virus disease (EVD) and procedures for its identification and control needed widespread and immediate dissemination to healthcare providers. In addition, there was a need to allay fears and reassure the public and providers that a process was in place to manage Ebola should it arrive in Arkansas. The state health department engaged multiple interest groups and provided a variety of educational and management activities. The Arkansas Department of Health and the only academic medical center in the state began offering time-consuming, one-on-one education over the phone, which reached too few providers. A solution was needed to educate many providers across the state in the protocols for identification, isolation, and management of patients with EVD. In response, the Arkansas Department of Health and the University of Arkansas for Medical Sciences leveraged the interactive video and Webinar capabilities of the states telemedicine network to educate both providers and the public of this public health emergency. MATERIALS AND METHODS Six interactive video events were staged over 5 days in October 2014. RESULTS In six events, 82 individual healthcare facilities (67 of which were hospitals) and 378 providers attended via the Webinar option, whereas 323 healthcare professionals received continuing education credits. CONCLUSIONS A statewide videoconferencing infrastructure can be successfully mobilized to provide timely public health education and communication to healthcare providers and the public in multiple disciplines and practice settings.


Journal of Maternal-fetal & Neonatal Medicine | 2018

High-risk obstetrical call center: a model for regions with limited access to care

Sarah Rhoads; Hari Eswaran; Christian E. Lynch; Songthip Ounpraseuth; Everett F. Magann; Curtis L. Lowery

Abstract Purpose: High-risk obstetrical care can be challenging for women in rural states with limited access. Materials and methods: Data were evaluated from 62,342 obstetrical calls from pregnant and postpartum patients within rural Arkansas to a nurse call center. Call center nurses provided triage using evidence-based guidelines to patients across the state. Data were extracted and analyzed using retrospective data collection and descriptive statistical methods. Results: Women had an average maternal age of 28 years old, average weeks gestation was 27.4, over half had Medicaid 32,513 (52.15%), and the greatest percentage were in their first pregnancy 14,232 (34.1%). The greatest percentage of calls resulted in a recommendation to come to the hospital to be evaluated 25,894 (41.54%) followed by advice with no prescription given 19,442 (31.19%). The most frequent guidelines used included preterm labor 5114 (8.24%) followed by abdominal pain >20 weeks 4,518 (7.28%). Conclusions: A centralized obstetrical nurse call center model, including 24/7 availability, using triage software for obstetrical care, with experienced labor and delivery nurses to answer and respond to calls and secondary triage performed by OB/GYN physicians or Advance Practice Registered Nurses (APRN) has the potential of improving access to obstetric care in rural areas.


Advances in Neonatal Care | 2006

A primer on antenatal testing for neonatal nurses: part 1. Tests used to predict preterm labor.

Stephanie N. Wyatt; Sarah Rhoads


Newborn and Infant Nursing Reviews | 2015

Neuroprotective Core Measure 2: Partnering with Families - Exploratory Study on Web-camera Viewing of Hospitalized Infants and the Effect on Parental Stress, Anxiety, and Bonding

Sarah Rhoads; Angela Green; Anita Mitchell; Christian E. Lynch


Journal of Obstetric, Gynecologic, & Neonatal Nursing | 2012

Delta Interactive Solution to Collaborate Over Video for Education and Resources for Maternal Child Health

Sarah Rhoads; Barbara L. Smith

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Shannon Lewis

University of Arkansas for Medical Sciences

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Angela Green

Arkansas Children's Hospital

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Tina Benton

University of Arkansas for Medical Sciences

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Everett F. Magann

University of Arkansas for Medical Sciences

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Anita Mitchell

University of Arkansas for Medical Sciences

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Christian E. Lynch

University of Arkansas for Medical Sciences

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Christina M. Pettey

University of Arkansas for Medical Sciences

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Curtis L. Lowery

University of Arkansas for Medical Sciences

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Donna Williams

University of Arkansas for Medical Sciences

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