PROJECT SUMMARY

Project name

Moyo fetal heart rate effectiveness study

Project short-name 

Moyo

AMU project code

EXT/NOR/TH03/CMHS/02/2016

Project phase

I

Partner

Laerdal Foundation

AMU coordinating office

College of Medicine and Health Sciences

Project type

Clinical research project

Project location

South Ethiopia

Target communities

Zonal Hospitals in Arba Minch, Jinka, Sawla, Durame, and Halaba

Project coordinator

Kassahun Fikadu

Principal investigator

Kassahun Fikadu

Co-investigators

Zeleke Hailemariam; Dr. Mesfine Kote; Prof. Tadesse Awoke; Dr. Tamiru Shibiru

Total project budget ( )

45,527

Project start

28-Sep-22

Project end

28-Feb-23

Financial reporting period

Annual

Project finance management office

College finance & budget admin

Progress reporting period

 

Contact person (name and e-mail)

Kassahun Fikadu This email address is being protected from spambots. You need JavaScript enabled to view it.

Project Management Office

Office of the Director for Grant and Collaborative Project Management:

Dr. Thomas Torora (This email address is being protected from spambots. You need JavaScript enabled to view it.; This email address is being protected from spambots. You need JavaScript enabled to view it.)

 
PROJECT DESCRIPTION

In order to facilitate more prompt identification of a hypoxic fetus, Laerdal Global Health has recently introduced the Moyo FHR monitor. Nevertheless, there exists limited knowledge regarding its efficacy derived from multicenter contextual trials conducted in resource-constrained environments, specifically in Ethiopia. We, therefore aimed to assess the effect of intermittent fetal heart rate monitoring using Moyo Doppler compared to fetoscope in hospitals of Ethiopia, 2023. This randomized -trial [PACTR202305607000259] enrolled 2518 low-risk laboring women in the study during the study period, using a simple randomization technique from September 28, 2022, to February 28, 2023. A total of 1259 and 1259 were followed by Moyo and Pinard fetoscope, respectively. A p < 0.05 was considered significant. The abnormal fetal heart rate was detected among 60 women (5.1%) and 30 women (2.4%) (p = 0.001) in the Moyo and Pinard fetoscope arms, respectively. The Moyo fetal heart rate monitor has demonstrated efficacy in detecting abnormal fetal heart rates when compared to the Pinard fetoscope. Therefore, it is recommended that healthcare systems in low-resource settings consider implementing the Moyo device for fetal heart rate monitoring.