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Our team has been focused on the development and analysis of quantitative neuroimaging features in human fetuses and patients with genetic brain malformations and psychiatric/neurological brain disorders. Our research goal is to provide unique and biologically relevant imaging biomarkers that not...

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401 Park Dr., Fetal-Neonatal Neuroimaging & Developmental Science Center, Harvard Medical School, Boston Children’s Hospital, Boston, MA 02215, USA Kiho Im, PhD. Kiho.Im@childrens.harvard.edu kiho.sky@gmail.com

We examine structural connectivity and network topology using individual primary gyral pattern-based nodes, overcoming the limitations of an atlas- based approach. We assess global (short- and long-association and interhemispheric fibers) and regional white matter connectivity and performed graph...

We use 2D CNN and performe multiple predictions from multi-slices in multi-view volume images for fetal brain age estimation. Mean absolute difference between the brain age and actual chronological age is less than 2 days, which is highly accurate.

Postdoc position: Now, we are seeking candidates for a postdoctoral research position who will develop a novel fetal structural/diffusion MRI processing or analytic method using advanced mathematical, statistical, or deep learning techniques; investigate fetal/neonatal brain development (e.g...