About the authors

From the following article:

Urgent intervention to reduce functional deficits after postoperative stroke

Andrew W Lee, Cameron Davis, H Adrian Puttgen and Argye E Hillis

Nature Clinical Practice Neurology (2007) 3, 173-177
doi:10.1038/ncpneuro0422

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Andrew W Lee

 

Andrew Lee is a Postdoctoral Fellow in cerebrovascular neurology at Johns Hopkins Hospital. He is currently involved in research using amide proton magnetic transference imaging to examine pH changes within the ischemic penumbra.

Cameron Davis

 

Cameron L Davis is currently in the Johns Hopkins School of Medicine Post-Baccalaureate Research Education Program. She graduated with an undergraduate degree in biology from Delaware State University, Dover, DE, USA. Cameron currently serves as a Research Assistant in the Hillis lab of Johns Hopkins Department of Neurology. Her current research aims to determine how cognitive processes underlying sentence comprehension and other language functions are represented in the brain. She plans to continue clinical research and obtain her graduate degree in the field of neuroscience.

H Adrian Puttgen

 

Hans Adrian Puttgen earned a Bachelor's degree in neuroscience at Massachusetts Institute of Technology, MA, USA, and completed his medical education at Emory University School of Medicine, Atlanta, GA, USA. He then completed an internship in Medicine at Emory University, and he is currently a chief resident in Neurology at Johns Hopkins Hospital. He plans to pursue research and clinical fellowship training in Neurocritical Care.

Argye E Hillis

 

Argye E Hillis is a Professor of Neurology at Johns Hopkins School of Medicine, Baltimore, MD, USA, with joint appointments in physical medicine and rehabilitation and in cognitive science. Dr Hillis serves as the Executive Vice Chair and Residency Program Director in the Department of Neurology and the Co-Director of the Cerebrovascular Division. Her current research aims to improve understanding how language functions and spatial maps are represented in the brain, and how understanding these processes can contribute to evaluation and treatment of stroke and dementia.

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