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Publications in VIVO
 

Yang, Yi Research Professor

Positions

Dr. Yi Yang is a Research Professor of Neurology. She holds MD., M.S, and PhD in medicine and neuroscience from the Chongqing Medical University in China, and received her post-doctoral trainings at Bejing Institute of Basic Medical Sciences, The University of Hong Kong in China, and University of New Mexico School of Medicine. Her NIH- and AHA-funded research programs are aimed at understanding the mechanisms of brain injury and repair associated with stroke, vascular cognitive impairment, and other neurological disorders.  Dr. Yang’s laboratory is particularly focused on translational potential and cellular and molecular mechanisms of blood-brain barrier restoration and functional vascular remodeling following ischemic stroke as well as short- and long-term effects of neuroprotective agents.
http://neurology.unm.edu/research/neuroscience-research/yang-lab.html

selected publications

research overview

  • The research of Yi Yang’s Laboratory is focused on translational potential and understanding the cellular and molecular mechanisms of brain injury and neurovascular remodeling associated with ischemic stroke and other neurological disorders. The long-term goal is to facilitate the development of more precisely targeted therapeutic approaches to reduce the progressive brain injury cascade and to improve recovery following neurological disorders.

         The Laboratory’s earlier work has been seminal in defining the role of the matrix metalloproteinase (MMPs) in the disruption of the tight junction proteins (TJPs) in blood-brain barrier (BBB) after stroke. Studies on alternate roles of MMPs in the cell nucleus on DNA repair and neuronal apoptotic death has been pioneering in the field. Findings in the Laboratory also indicated the critical role of MMPs, particularly MMP-2 and -3, in stroke-induced angiogenesis during brain repair. 

        Recently, The Yang Laboratory demonstrated that spontaneous angiogenic vessels in peri-infarct area have high BBB permeability due to lack of two major endothelial TJPs. These findings emphasize the current challenges to promote angiogenesis in ischemic brain as a therapeutic strategy: facilitation of functional BBB restoration and determination of appropriate points of intervention for functional vascular remodeling. Further studies based on animal model and cell cultures have demonstrated that cross-talk between cells in neurovascular unit, such as pericytes, astrocytes, and microglia, plays a critical role in BBB restoration in newly formed vessels in peri-infarct area during stroke recovery.

        The primary focus of Yang’s current NIH-and AHA-funded projects is to characterize the cellular and molecular mechanisms through which angiogenesis functional BBB is formed in response to spontaneous and therapy-induced vascular remodeling during recovery, as well as to monitor dynamic profile of functional neurovascular remodeling during recovery from stroke utilizing interdisciplinary methods. Additional interests of the laboratory are to elucidate the role of NG2-pericyte pathway in the regulation of TJPs formation of BBB during stroke-induced vascular remodeling. Experimental approaches involved include rodent models of cerebral ischemia, neuronal and 3D BBB cultures, mouse genetic models, MRI, specific antibody-conjugated nanoparticles, biochemical and molecular studies, histological and behavioral evaluation.

fax

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mailing address

  • MSC11 6035
    1 University of Neurology
    Albuquerque, New Mexico  87131
    United States of America