MRI Predicts Cognitive Outcome in Preterm Children
Researchers say that early identification of preterm children at risk for future impairment using brain markers would assist clinicians in directing families to targeted early intervention. For this study, the researchers assessed up to 224 preterm children at age five and age seven using MRI. The study participants are from Melbourne, Australia and are part of a Murdoch Children's Research Institute study.
The investigators were looking for associations between diffusion MRI and local brain volumes on neonatal MRI with number skills and working memory in childhood. They found that neonatal brain microstructure was positively associated with working memory scores in childhood. In addition, increasing tissue volumes in the left insula and putamen regions of the neonatal Jacobian map were positively associated with higher number skills scores in childhood.
"Our findings demonstrate that brain microstructure and increased tissue volumes in regions located around the insula and putamen during the neonatal period are associated with better early mathematics in preterm children," says the study's co-author Henrik Ullman, who is affiliated with the Department of Neuroscience, Karolinska Institutet, Stockholm, Sweden.
Co-author Megan Spencer-Smith, also from Karolinska Institutet, adds, "This knowledge could assist in identifying infants at risk of mild academic impairments who would benefit from monitoring and referral to early intervention. Such an approach could assist in reducing the number of preterm children performing below their peers in mathematics."
This research also suggests that identifying these children early could reduce behavioural and emotional problems in childhood, as well as reducing wellbeing and mental health problems in adulthood.
Source and image credit: Oxford University Press
Published on : Mon, 7 Sep 2015
Print as PDF
Sectra PACS is designed for a high production environment with stability and usability in focus. Highlights include functions to speed up oncology workflows such as anatomical linking and support for reviewing complex multiparametric MRI studies such...
Based on Mindray's new generation ultrasound platform, mQuadro, M9 has raised the industry standards to an all new level. Advanced signal transmission and reception processors provide highly sensitive and accurate echo detection. Innovative transducer...
For users who value state-of-the art technology: Power and flexibility of a PC in a portable ECG Bidirectional Wi-Fi communication Culprit Coronary Artery AlgorithmTM for early STEMI detection The CARDIOVIT FT-1 is ultra-portable:...
Introducing a new chapter in ultrasound visualization technology. X-Porte was developed from the ground up to incorporate a breakthrough, proprietary beam-forming technology: XDI (Extreme Definition Imaging). This signal analysis algorithm shapes X-Porte's...