The CIC-IT 1403 laboratory of the University Hospital of Lille has developed a technological solution for acquiring and synchronizing abdominal ECG, acoustic and Doppler signals. The purpose of this clinical trial is to build a database of signals issued from this device to develop signal processing algorithms to allow optimization of the fetal heart rate calculation. This study will be carried out in the maternity ward of the Jeanne de Flandre Hospital in the maternal-fetal pathology department Doppler, ECG and acoustic sensors will be placed on the mother's abdomen to capture the heart rate of the fetus and mother as well as uterine contractions. For each of the participants, we will make two 15-minute recordings: one with conventional ECG electrodes and one with ECG textile electrodes. This procedure will not affect the usual care of the patient
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
DIAGNOSTIC
Masking
NONE
Enrollment
90
Doppler, ECG and acoustic sensors will be placed on the mother's abdomen to capture the heart rate of the fetus and mother as well as uterine contractions. For each of the participants, we will make two 15-minute recordings: one with conventional ECG electrodes and one with ECG textile electrodes
Hôpital Roger Salengro, CHU
Lille, France
The fetal heart rate signal
The fetal heart rate signal extraction algorithm will be based on the various signal processing tools developed by the INSERM CIC-IT 1403 laboratory
Time frame: at 15 minutes
The uterine contraction signal
The uterine contraction signal extraction algorithm will be based on the different signal processing tools developed by the INSERM CIC-IT 1403 laboratory.
Time frame: at 15 minutes
Measuring the root mean square deviation between the heart rate signals from the device and the Doppler
Time frame: at 15 minutes
This platform is for informational purposes only and does not constitute medical advice. Always consult a qualified healthcare professional.