Glycoengineered stem cells enhance brain recovery after card

Researchers at the University of Maryland School of Medicine have identified an innovation in stem cell therapy to regenerate neural cells in the brain after cardiac arrest in an animal model.

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, Xiao Liu , Xiaofeng Jia , Subash Marasini , Zhuoran Wang , Akikok Bowers , Markt Gladwin , University Of Maryland , University Of Maryland School Medicine , Department Of Biomedical Engineering , National Institute Of Neurological Disorders , Johns Hopkins University School Of Medicine , Tissue Engineering Center , Maryland School , National Institute , Neurological Disorders , Advanced Functional Materials , Distinguished Professor , Vice President , Medical Affairs , Biomedical Engineering , Translational Cell , Johns Hopkins University School , Cardiac Arrest , Fell , Animal Model , Rain , Efficacy , N Vitro , N Vivo , Medicine , Neural Stem Cells , Eurons , Neurosurgery , Proliferation , Rat Model , Research , Stem Cells ,