| Document Date: 2014-08-05 21:30:34
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Company Stem Cell Inc. / PBS / 253G1-NS / / Facility Keio University / University of California / / IndustryTerm clinical applications / media conditions / lesion site / control / paradigm tool / / MedicalCondition NOD/SCID / scar / tumor / neoplasms / acute inflammatory response / glioma-like tumors / neoplasm / 50kd contusion injury / /chronic / traumatic CNS injury / sub-acute and chronic neural stem cell transplantation / innate inflammatory cells / inflammatory microenvironments / injury / inflammatory microenvironment / 30dpi chronic spinal cord injury / spinal cord injury Co-Investigator / inflammatory cytokine secretion / inflammatory cells / spinal cord injury / / MedicalTreatment cell therapy / / Organization Keio University / NYU / University of California / Irvine / / Person Brian J. Cummings / Masaya Nakamura / Aileen J. Anderson / Yohei Okada / / Position spinal cord injury Co-Investigator / human neural stem/precursor cells Co-Investigator / / Product T10 / / ProvinceOrState California / / PublishedMedium PLoS One / / Technology cell therapy / DNA Chip / antibodies / hybridization / gene expression / transplantation / stem cells / /
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The Final Report[removed]Research Summary 1) Evaluation of differentiation potentials and tumorigenicity of human iPS derived neural stem/progenitor cells We derived neural stem progenitor cells (NSPCs) from several clon