Browsing by Subject "Cell & Tissue Engineering"
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Item Open Access Cord blood derived cell therapy product, DUOC-01, accelerates remyelination in a murine model of cuprizone induced demyelination(Cytotherapy, 2015-06) Saha, Arjun; Buntz, Susan; Patel, Sachit; Bentz, Marcia; Snyder, David; Ozamiz, April; Rusche, Benjamin; Gentry, Tracy; Glenn, Matsushima; Kurtzberg, Joanne; Balber, AndrewItem Open Access DUOC-01, A CANDIDATE CELL THERAPY PRODUCT DERIVED FROM BANKED CORD BLOOD, ACCELERATES BRAIN REMYELINATION IN NSG MICE FOLLOWING CUPRIZONE FEEDING(CYTOTHERAPY, 2014-04-01) Saha, A; Buntz, S; Patel, S; Matsushima, GK; Wollish, A; Kurtzberg, J; Balber, AItem Open Access Human cord blood derived CD14 cell therapy provides neuroprotection in aquired brain injury(Cytotherapy, 2015-06) Patel, Sachit; Saha, Arjun; Buntz, Susan; Bentz, Marcia; Scotland, Paula; Storms, Robert; Ramamurthy, Poorna; Kurtzberg, Joanne; Balber, AndrewItem Open Access Neural engraftment of a cord blood-derived cell product following intrathecal transplantation(Cytotherapy, 2015-06) Storms, Robert; Lew, Joanna; Liu, Congxiao; Gentry, Tracy; Ozamiz, April; Rusche, Benjamin; Balber, Andrew; Kurtzberg, JoanneItem Open Access Neuronal and glial cell composition in a mouse brain slice culture model is useful in developing human cord blood derived cellular therapies for neonatal hypoxic-ischemic brain injury(Cytotherapy, 2014-04) Patel, S; Saha, A; Buntz, S; Kurtzberg, J; Balber, AItem Open Access Preclinical characterization of DUOC-01, a candidate cell therapy product derived from human banked umbilical cord blood intended for use in treatment of demyelinating diseases(Cytotherapy, 2014-04) Kurtzberg, J; Buntz, S; Gentry, T; Storms, R; Wenger, DA; Noldner, P; Zhou, J; Ozamiz, A; Rusche, B; Balber, AItem Open Access PROTECTION OF BRAIN CELLS IN ORGANOTYPIC SLICE CULTURES EXPOSED TO OXYGEN AND GLUCOSE DEPRIVATION IS SPECIFICALLY MEDIATED BY CORD BLOOD CD14+CELLS(CYTOTHERAPY, 2014-04-01) Saha, A; Buntz, S; Kurtzberg, J; Balber, AItem Open Access The use of hydroxyethyl starch (HES) as a substitute for dextran 40 in the thaw and washing of HPC, apheresis products(Cytotherapy, 2015-06) Zhu, Fenlu; Heidtke, Sarah M; Kurtzberg, Joanne; Hari, Parameswaran; Margolis, David A; Keever-Taylor, CarolynItem Open Access Tissue distribution of a cord blood-derived cell product following intrathecal transplantation(Cytotherapy, 2014-04) Storms, R; Liu, C; Gentry, T; Zhou, J; Ozamiz, A; Rusche, B; Balber, A; Kurtzberg, J