Recent Blog Articles
Overeating? Mindfulness exercises may help
Genes protective during the Black Death may now be increasing autoimmune disorders
Does weight loss surgery relieve pain?
Have you done your crossword puzzle today?
Concerned about your child’s development?
Why all the buzz about inflammation — and just how bad is...
What’s the right way to brush your teeth?
Want to stay healthy over the holidays?
How to help your preschooler sleep alone
21 spices for healthy holiday foods
Christopher D. Anderson, MD, MSc
Dr. Chris Anderson is Chief of the Division of Stroke and Cerebrovascular Diseases at Brigham and Women’s Hospital (BWH), Director of the BWH Comprehensive Stroke Center, and an Associate Professor of Neurology at Harvard Medical School. As a clinician-scientist, Dr. Anderson is a computational biologist with research expertise in statistical genetics, medical informatics, and machine learning, and a clinical focus on cerebrovascular disease, brain health, and neurocritical care. He has devoted his career to developing and leveraging computational methods to define biological mechanisms involved in cerebrovascular disease, with the ultimate goal of driving improvements in care through identification of novel treatment targets and the design and implementation of precision strategies to guide primary and secondary prevention.
Dr. Anderson started at BWH in 2006 when he arrived as a junior neurology resident. He graduated residency in 2009, after which he performed a post-doctoral fellowship in the MGH Center for Genomic Medicine before completing his Neurocritical Care fellowship at BWH/MGH in 2012. Since that time, he has led a multidisciplinary translational and clinical research group with Dr. Jonathan Rosand at MGH and at the Broad Institute. As a strong advocate for team-based science, he has cultivated extensive collaborations across the International Stroke Genetics Consortium, the McCance Center for Brain Health, and the Broad Institute, where he is an Associate Member in the Program in Medical and Population Genetics.