Emory Authors: Effects of a Group-Based Online Lifestyle Medicine Intervention Among Rural Participants

“Chronic diseases impact public health by attributing to 43 million deaths globally, requiring ongoing medical treatment, limiting daily activities, and contributing to disability and rising healthcare costs. In the United States, cardiovascular disease, diabetes, and cancer are the leading causes of death, and the prevalence of these conditions is high as more than half
of adults have been diagnosed with at least one chronic disease and just under half are managing two or more.”

able 1.

Sociodemographic Characteristics.

VariableTotal Sample n = 80Control Group n = 40Intervention Group n = 40Test StatisticEffect Size
Age (M ± SD)48.44 ± 17.0345.73 ± 17.7051.15 ± 16.09t(78) = 1.43, P = .155d = 0.321
Genderχ2(1) = 0.08, P = .775φ = .032
 - Female65 (81.3%)32 (80.0%)33 (82.5%)
 - Male15 (18.8%)8 (20.0%)7 (17.5%)
Marital statusχ2(4) = 6.60, P = .158φ = .287
 - Married/Partnered35 (43.8%)12 (30.0%)23 (57.5%)
 - Not married/Have a significant other13 (16.3%)8 (20.0%)5 (12.5%)
 - Single/Other13 (16.3%)9 (22.5%)4 (10.0%)
 - Divorced/Separated17 (21.3%)10 (25.0%)7 (17.5%)
 - Widowed2 (2.5%)1 (2.5%)1 (2.5%)
Educationχ2(2) = 0.56, P = .754φ = .084
 - < HS/HS grad20 (25.0%)11 (27.5%)9 (22.5%)
 - Some college33 (41.3%)17 (42.5%)16 (40.0%)
 - College+27 (33.8%)12 (30.0%)15 (37.5%)
Raceχ2(1) = 4.01, P = .045φ = .224
 - White58 (72.5%)33 (82.5%)25 (62.5%)
 - Black/Other/Multiracial22 (27.5%)7 (17.5%)15 (37.5%)
Incomeχ2(3) = 2.87, P = .413φ = .194
 - Under $30,00036 (47.4%)21 (56.8%)15 (38.5%)
 - $30,000 – $49,99919 (25.0%)8 (21.6%)11 (28.2%)
 - $50,000 – $100,00012 (15.8%)4 (10.8%)8 (20.5%)
 - Over $100,0009 (11.8%)4 (10.8%)5 (12.8%)
Employmentχ2(3) = 1.93, P = .587φ = .155
 - Full-time job28 (35.0%)12 (30.0%)16 (40.0%)
 - Part-time job18 (22.5%)8 (20.0%)10 (25.0%)
 - Not working, or full-time homemaker18 (22.5%)11 (27.5%)7 (17.5%)
 - Retired16 (20.0%)9 (22.5%)7 (17.5%)
# Of risk factorsχ2(2) = 1.33, P = .513φ = .129
 - 1-224 (30.0%)13 (32.5%)11 (27.5%)
 - 3-425 (31.3%)14 (35.0%)11 (27.5%)
 - 5 or more31 (38.8%)13 (32.5%)18 (45.0%)
Total risk score4.10 ± 2.284.00 ± 2.444.20 ± 2.14z = 0.63, P = .527g = .086
# Of previous historyχ2(1) = 0.00, P = 1.00φ = .000
 - 1-264 (80.0%)32 (80.0%)32 (80.0%)
 - 3-616 (20.0%)8 (20.0%)8 (20.0%)
Total history score1.68 ± 0.981.63 ± 0.981.73 ± 0.99z = 0.67, P = .501g = .101
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Virtual or Telehealth Nursing

“As new nursing care models emerge, care delivery must become more flexible. With the increasing demand for advanced technology when caring for patients, it’s more important than ever to integrate creative solutions that reflect scope of practice, clinical competency, critical thinking, and excellent communication skills to enhance the patient’s experience or quality of care.” (Russell)

Russell
A hybrid virtual nurse model.(includes abstract) Russell, Mary Beth Nursing Management, Feb2023; 54(2): 42-49. 8p. (Article – pictorial, research, systematic review, tables/charts) ISSN: 0744-6314
A telehealth nursing intervention to improve the transition from the neonatal intensive care unit to home for infants & caregivers: Preliminary evaluation.(includes abstract) Sarik, Danielle et al Journal of Pediatric Nursing, Nov2022; 67 139-147. 9p. (Article – research) ISSN: 0882-5963

A virtual nurse practitioner led clinic during COVID-19.(includes abstract) Slotnes-O’Brien, Toni Australian Nursing & Midwifery Journal, Jul-Sep2020; 26(11): 8-9. 2p. (Article – pictorial) ISSN: 2202-7114

Applying Person-Centered Principles to the Design and Implementation of a Virtual Nurse Managed Clinic.(includes abstract) McNeal, Gloria J. ABNF Journal, Summer2019; 30(3): 81-89. 9p. (Article – research, tables/charts) ISSN: 1046-7041

Tele-U to Tele-ICU: Telehealth Nursing Education.(includes abstract) Gibson, Nicole Ann; Arends, Robin; Hendrickx, Lori Critical Care Nurse, Oct2021; 41(5): 34-39. 6p. (Article) ISSN: 0279-5442