Advanced imaging techniques help determine cause of brain bleeds
A recent study showed that specific imaging patterns could help physicians determine the cause of neonatal brain bleeds.
A recent study showed that specific imaging patterns could help physicians determine the cause of neonatal brain bleeds.
A study found that anti-HLA antibodies can trigger mild thrombocytopenia in mice, but their ability to cause FNAIT is uncertain.
Premature infants with low platelets, often tied to FNAIT, experienced longer hospital stays and more severe breathing problems.
A patient who had a previous history of GALD was closely monitored during pregnancy, resulting in the delivery of a healthy baby boy.
Researchers identified forty different definitions and nearly thirty models of family-centered care in neonatal medicine across the globe.
Faster diagnosis and modern treatment strategies now give most babies with FNAIT a much better chance of survival and recovery.
Researchers developed a statistical model that could help clinicians make platelet transfusion decisions for infants with thrombocytopenia.
Platelet-specific antibodies are found to differ between subcategories of platelet transfusion refractoriness.
A recent study found that a minimally invasive neurosurgical procedure can treat intraventricular hemorrhage (IVH), a complication of FNAIT.
Subamniotic hemorrhage, a possible FNAIT complication, poses significant diagnostic challenges, particularly when it presents before birth.