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Fetal Brain Development: Deep learning

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.

Research

Our research focuses on implementing innovative techniques in the assessment and treatment of pain, mental health and substance use conditions in children and adolescents, including evaluating the progression of these conditions and the benefits of interventions (e.g., medications, invasive...

Network Meta-Analyses of Existing Interventional Studies

In parallel studies, we've examined the efficacy, safety, moderators and mediators of specific medications routinely used in treating pediatric pain patients and their common psychiatric comorbidities, as well as pharmacological interventions used to treat specific pain disorders in children and...

About

As members of the Quantitative Intelligent Medical Imaging (QUIN) Research Group at the Computational Radiology Lab at Boston Children’s Hospital, we aim to develop cutting edge, intelligent medical imaging techniques and machine learning methods to improve our understanding of developing human...

Education & Training

The Division of Nutrition (DON) is committed to providing nutrition education to Harvard Medical School students throughout all four year of medical school through embedding nutrition in the pre-clinical "Pathways" curriculum and offering electives in nutrition. In addition to a strong commitment to...

Machine learning for image analysis

We developed active learning and semi-supervised learning techniques for reducing the labeling cost when training a deep neural network based segmentation or classification algorithm.