Fetal Growth, Fetal Growth Retardation, Fetal Macrosomia
Conditions
Keywords
Artificial Intelligence, Fetal weight estimation, Ultrasound
Brief summary
This study serves as a supplemental investigation to the randomized controlled SCAN-AID study (NCT0632187). This study will evaluate and compare the fetal growth estimation outcomes of AI-supported groups, expert sonographers, and control groups using a secondary AI predictive model.
Detailed description
The goal of this study is to compare the effects of two distinct AI methods on fetal ultrasound diagnostic accuracy. It serves as a supplementary investigation to the SCAN-AID study (NCT NCT06232187). This study aims will compare the diagnostic accuracy of two types of AI methods. From the SCAN-AID study ultrasound novices were randomized into one of three groups with different levels of AI support: control group, AI feedback group 1 where the participants are presented with basic black box AI feedback, and AI feedback group 2 where the participants are presented with a more detailed explainable AI feedback. All the participants are tasked to perform an ultrasound fetal weight estimation (EFW) on pregnant women at gestational age 30-37. The outcomes were than compared to the expert sonographers measurements. In this study an operator independent AI method that predicts the fetal weight is used on the SCAN-AID ultrasound examinations. .
Interventions
None listed
Sponsors
Study design
Eligibility
Inclusion criteria
Pregnant women: Inclusion Criteria: * Singelton pregnant. * Gestational age: 30-38 weeks * Maternal age \< 40 years
Exclusion criteria
* Oligo hydramnion * Severe fetal anomaly e.g. fetal heart anomaly, omphalocele etc. * Severe fetal macrosomia or growth restriction.
Design outcomes
Primary
| Measure | Time frame | Description |
|---|---|---|
| Fetal weight | 10 minutes | Estimation of fetal weight, generated from AI analysis of fetal ultrasound images. |
| Ultrasound fetal weight estimation | 15 minutes | Estimation of fetal weight, calculated from hadlock formula with information from the three standard planes of the head, abdomen and femur. |