Fewer Obstetric Complications with Enhanced Ultrasound Monitoring in Pregnant Women Experiencing Reduced Fetal Movements

A groundbreaking study reveals that additional ultrasound assessments, including blood vessel resistance measurements, can significantly reduce complications during delivery in women experiencing reduced fetal movements.
A recent extensive international study has demonstrated that incorporating additional ultrasound assessments during pregnancy can significantly reduce complications associated with decreased fetal movements. Led by gynecologist Sanne Gordijn at the University Medical Center Groningen, the research focused on evaluating placental function through resistance measurements in the umbilical cord and fetal brain. These measurements, particularly the cerebroplacental ratio (CPR), provide valuable insights into the health of the fetus and the functioning of the placenta.
Pregnant women often perceive less fetal movement in the later stages of pregnancy. While this can sometimes be normal, it may also indicate serious issues such as placental insufficiency leading to oxygen deprivation or fetal distress. Currently, standard practice involves immediate hospital evaluation with tests like fetal heart rate monitoring, ultrasound scans for fetal growth, and amniotic fluid assessment.
However, the study found that adding ultrasound-based measurements to determine the resistance in fetal blood vessels—using the CPR—helps healthcare providers better decide whether early delivery is necessary. An abnormal CPR suggests potential placental failure, prompting timely intervention, whereas a normal CPR can allow for continued observation, supporting the woman's preference for home birth if desired.
The findings revealed that when the CPR measurement was used, there were fewer complications around the time of birth, leading to improved outcomes for both mother and baby. With this tool, clinicians can more accurately assess fetal well-being, distinguishing cases that require urgent delivery from those that can safely wait. This approach is expected to influence future guidelines on managing pregnancies with perceived decreased fetal movement.
The study, involving 1,684 women across 23 hospitals, was published in The Lancet Obstetrics, Gynaecology & Women's Health. It underscores the importance of advanced ultrasound techniques in obstetric care, aiming to enhance fetal health monitoring and reduce adverse birth outcomes.
For more information about this research, visit Medical Xpress.
Stay Updated with Mia's Feed
Get the latest health & wellness insights delivered straight to your inbox.
Related Articles
New Insights into Glioblastoma Cell Dynamics Reveal Recurrence Mechanisms and Treatment Targets
Innovative research uncovers new glioblastoma cell states and ecosystem patterns, providing insights into tumor recurrence and potential therapeutic targets.
Innovative Algorithm Speeds Up Cell Identification to Improve Cancer Treatment Selection
A new AI-driven algorithm called TACIT can identify cell types within tissues in just minutes, revolutionizing cancer diagnostics and personalized treatment planning by providing fast, accurate cellular analysis.
Autism Spectrum Disorder and Risk of Developing Parkinson's Disease
A groundbreaking study reveals that individuals with autism spectrum disorder face a fourfold increased risk of developing Parkinson's disease early in life, highlighting shared biological mechanisms and the importance of long-term health monitoring.
Breakthrough Study Identifies Distinct Biological Subtypes of Autism for Personalized Diagnosis and Treatment
Researchers have identified four biologically distinct subtypes of autism, driving advancements in personalized diagnosis and treatment options for neurodevelopmental conditions.