The purpose of this study is to assess the efficacy of an electronic-based intervention to help pregnant overweight and obese women gain an appropriate amount of weight and improve their delivery i.e. to reduce the rate of labour procedures and interventions. We chose a composite outcome including instrumental delivery and Caesarean section, as clinically relevant outcomes because the mode of delivery is one of the major goals of the obstetrical management and is is strongly associated with body mass index and gestational weight gain.
Our study is an open, multicenter, randomized, parallel-group, controlled trial. This study will include obese pregnant women recruited in 11 French university hospitals. Patients will be randomized into two-parallel groups. One group underwent the electronic-personalized program (the interventional group) and the other underwent standard care (the control group). Due to the intervention by itself, a blind study would not be achievable. Intervention group (the electronic-personalized program) The intervention will be presented as a comprehensive dietary and lifestyle intervention called "e-PPOP-ID" (electronic Personalized Programmed for Obesity in Pregnancy to Improve Delivery), including a combination of dietary, exercise, and behavioral strategies delivered on a web site. The intervention will start at the latest by 20 weeks of pregnancy throughout the pregnancy and 8 weeks post-partum. Pregnant women of the intervention group will be given an access to a personalized patient centric e-health platform. The platform we be specifically designed for this program. Various modules of this platform will be activated: \- An e-learning program: An e-Learning module will propose personalized content to each patient. Before the program, patients have to fill in questionnaires about food consumption (FFQ), Eating behavior (TFEQ) and physical activity (IPAQ). The answers of these questionnaires will be taken into account to define the e-learning lessons that patients must follow.Multi educational supports such as videos, fact sheets, quiz will be integrated into this program. Patient will be motivated to validate their program thanks to a reward system (access to new content by earning stars) and their knowledge can be estimated thanks to a quiz system. Dieticians and adapted physical education teachers will develop the content.These lessons will include nutritional needs, motivational and behavioral advices, recipes, and movies of exercises easily achievable. The objective e-learning program is to limit weight gain by encouraging to healthy balance of carbohydrates, fat, protein, reducing high-energy foods intake (refined carbohydrates and saturated fats), increasing intake of fruits and vegetables and also by encouraging to physical activity. A second evaluation at around the 30th gestational weeks will allow adapting the lessons of the e-learning program, according to the progress of patients. A Social network: The platform will propose various social networking tools that can link the patient together or link the patient with the care team. Using a pseudo, patient will be able to connect together and interact with various tools such as a secured instant message system, a secured videoconference and a forum. Motivation concepts Pregnant women will receive emails, which will encourage them to log in website and follow an e-learning lessons.A newsletter will be sent every month and will link to the new contents of the web site.Adhesion of program will be measured monthly by self-questionnaire of satisfaction and by measuring the time spent on the website including the forum. Control group (Standard care): The control group will receive standard care with oral information about the goal of nutritional needs during pregnancy and gestational weight gain guidelines according to BMI.
This is a personalized and online program. The website will provide secure communication with dietician and lifestyle coaches.
CHU Lille
Lille, France
rate of obstetrical interventions
Caesarean section and instrumental delivery (forceps and vacuum extractor)
Time frame: at birth
Total gestational weight gain
Time frame: at birth
Gestational hypertension
blood pressure \> 140 and/or 90 mmHg after 20 weeks
Time frame: at birth
Preeclampsia
gestational hypertension and proteinuria = 0.30 g/24 h
Time frame: at birth
Gestational diabetes mellitus
Diagnosed by a 75g-oral glucose tolerance test (OGTT) between 24 and 28 according to French guidelines and International Association diabetic and Pregnancy Study Group
Time frame: at birth
Premature birth
Time frame: at birth
gestational age
Time frame: at birth
Birth weight
Time frame: at birth
Apgar score
Time frame: at birth
Arterial umbilical cord pH
Time frame: at birth
Neonatal traumatism
composite outcome (shoulder dystocia + fracture + brachial plexus injury)
This platform is for informational purposes only and does not constitute medical advice. Always consult a qualified healthcare professional.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
SUPPORTIVE_CARE
Masking
NONE
Enrollment
857
Time frame: at birth
Hyperbilirubinemia
Time frame: 1st week after birth
Neonatal respiratory distress syndrome
Time frame: 1st week after birth
Transfer in neonatal intensive care unit
Time frame: 1st week after birth
Maternal fever
Time frame: 1st week after delivery
Thromboembolic event
Time frame: 1st week after delivery
Hemorrhage
Time frame: 1st week after delivery
Breastfeeding duration
Time frame: 8 weeks +/- 2 weeks after delivery
Maternal weight
Time frame: 8 weeks +/- 2 weeks after delivery
child weight
Time frame: 8 weeks +/- 2 weeks after delivery