Feasibility of Remote Blood Pressure Monitoring for Detection and Management of Maternal Hypertension in a predominantly Black, Rural and Medicaid Population in Mississippi.
Yunxi ZhangYueh-Yun LinLincy LalJ Michael SwintTanya TuckerDeAngela M IvoryYing ZhangSaurabh ChandraCharlene CollierPublished in: Telemedicine journal and e-health : the official journal of the American Telemedicine Association (2024)
Background: Remote patient monitoring (RPM) has potential in hypertension management, but limited studies have focused on maternal hypertension, especially among vulnerable populations. The objective of this study was to integrate RPM into perinatal care for pregnant patients at elevated risk of hypertensive disorders to show feasibility, acceptability, and safety. Methods: A prospective pilot cohort study was conducted at the University of Mississippi Medical Center 2021-2023. Participants' blood pressure readings were remotely captured and monitored until 8-week postpartum, with timely assessment and intervention. Results: Out of 98 enrollees, 77 utilized RPM, and no maternal or neonatal deaths occurred within 60-day postpartum. High program satisfaction was reported at discharge. Conclusion: This study demonstrates the feasibility and acceptability of RPM for perinatal care in a vulnerable population. Positive outcomes were observed, including high patient satisfaction and no maternal or neonatal deaths. Further research should address patient engagement barriers and develop tailored protocols for improved clinical outcomes.
Keyphrases
- blood pressure
- hypertensive patients
- birth weight
- heart rate
- pregnancy outcomes
- pregnant women
- patient satisfaction
- healthcare
- quality improvement
- randomized controlled trial
- case report
- palliative care
- clinical trial
- affordable care act
- blood glucose
- pain management
- insulin resistance
- type diabetes
- weight gain
- health insurance
- skeletal muscle
- metabolic syndrome
- study protocol
- adipose tissue
- preterm birth
- body mass index
- risk assessment
- real time pcr