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The Division of Molecular Medicine focuses on the manipulation of genes and proteins to create novel therapies for inherited disorders and acquired and infectious diseases. Current projects include: Studies of the mechanism and control of processes …
The research interests of the Division of Newborn Medicine faculty can be grouped into three broad areas: Basic Research Translational Research Clinical Investigation Current topics of research include: The biology of hypoxia in development and disease …
About the Division of Respiratory Diseases As a charter member of the Therapeutics Development Network of the Cystic Fibrosis Foundation , the Division of Respiratory Diseases is involved in the development and early clinical trials of novel …
The faculty of the Division of Emergency Medicine at Boston Children's Hospital conducts research studies in a wide variety of areas. Groundbreaking clinical and laboratory research has focused on the approach to treatment of children suffering from …
Research efforts and successes in anesthesiology include far more than developing and improving the drugs and equipment that provide sedation, anesthesia or pain control. Rather, they encompass the entire range of basic, translational and clinical …
If you want to know more about our research and innovation initiatives, please email elaine.fulton@childrens.harvard.edu or phone 617-355-7572 . If you are a patient or are interested in coming to Boston Children’s Clinical Genetics Program for care, …
Addison Lennon met all her early milestones: she sat up on time, crawled on time and walked on time. At about 4 months, however, she had a seizure, and her parents started to worry. By 9 months, her head appeared small for her age. Her neurologist …
Non-malignant hematology: 617-355-8246 or hemeclinic-dl@childrens.harvard.edu Leukemia, Lymphoma, solid tumors: 617-632-5508 or pedi_onc@dfci.harvard.edu Brain tumors: 617-632-2680 or pno_npc@dfci.harvard.edu Stem cell transplant: 888-PEDI-ONC …
The Geha Laboratory aims to understand how perturbations in the immune system result in human disease. We focus on two main areas of investigation: Mechanisms underlying primary immunodeficiencies. Primary immunodeficiencies (PIDs) constitute an …
Burton OT, Noval Rivas M, Zhou JS, Logsdon SL, Darling AR, Koleoglou KJ, Roers A, Houshyar H, Crackower MA, Chatila TA, Oettgen HC. Immunoglobulin E signal inhibition during allergen ingestion leads to reversal of established food allergy and induction of …