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Results: 1-7 |
Results: 7
ENGRAFTABLE HUMAN NEURAL STEM-CELLS RESPOND TO DEVELOPMENTAL CUES, REPLACE NEURONS, AND EXPRESS FOREIGN GENES
Authors: FLAX JD AURORA S YANG CH SIMONIN C WILLS AM BILLINGHURST LL JENDOUBI M SIDMAN RL WOLFE JH KIM SU SNYDER EY
Citation: Jd. Flax et al., ENGRAFTABLE HUMAN NEURAL STEM-CELLS RESPOND TO DEVELOPMENTAL CUES, REPLACE NEURONS, AND EXPRESS FOREIGN GENES, Nature biotechnology, 16(11), 1998, pp. 1033-1039
MULTIPOTENT NEURAL PRECURSORS CAN DIFFERENTIATE TOWARD REPLACEMENT OFNEURONS UNDERGOING TARGETED APOPTOTIC DEGENERATION IN ADULT-MOUSE NEOCORTEX
Authors: SNYDER EY YOON C FLAX JD MACKLIS JD
Citation: Ey. Snyder et al., MULTIPOTENT NEURAL PRECURSORS CAN DIFFERENTIATE TOWARD REPLACEMENT OFNEURONS UNDERGOING TARGETED APOPTOTIC DEGENERATION IN ADULT-MOUSE NEOCORTEX, Proceedings of the National Academy of Sciences of the United Statesof America, 94(21), 1997, pp. 11663-11668
EXPRESSION OF HUMAN BETA-HEXOSAMINIDASE ALPHA-SUBUNIT GENE (THE GENE DEFECT OF TAY-SACHS-DISEASE) IN MOUSE BRAINS UPON ENGRAFTMENT OF TRANSDUCED PROGENITOR CELLS
Authors: LACORAZZA HD FLAX JD SNYDER EY JENDOUBI M
Citation: Hd. Lacorazza et al., EXPRESSION OF HUMAN BETA-HEXOSAMINIDASE ALPHA-SUBUNIT GENE (THE GENE DEFECT OF TAY-SACHS-DISEASE) IN MOUSE BRAINS UPON ENGRAFTMENT OF TRANSDUCED PROGENITOR CELLS, Nature medicine, 2(4), 1996, pp. 424-429
CNS PROGENITOR AND STEM-LIKE CELLS AS GENE DELIVERY VEHICLES AND MEDIATORS OF REPAIR
Authors: SNYDER EY MACKLIS ID WOLFE JH GINNS EI JENDOUBI M SIDMAN RL TESSLER A PROIA RL GOTTLIEB DI FRIEDMANN T YANDAVA BD FLAX JD AURORA S YOON CH MOZELL RL PAN ZH TAYLOR RM MCKINNEY C LACORAZZA HD ROSARIO CM KOSARAS B KITCHENS DL BAUM L
Citation: Ey. Snyder et al., CNS PROGENITOR AND STEM-LIKE CELLS AS GENE DELIVERY VEHICLES AND MEDIATORS OF REPAIR, Journal of cellular biochemistry, 1995, pp. 357-357
IN-VIVO GENE-TRANSFER AND EXPRESSION OF HUMAN BETA-HEXOSAMINIDASE ALPHA-SUBUNIT INTO MOUSE-BRAIN
Authors: LACORAZZA HD FLAX JD SNYDER EY JENDOUBI M
Citation: Hd. Lacorazza et al., IN-VIVO GENE-TRANSFER AND EXPRESSION OF HUMAN BETA-HEXOSAMINIDASE ALPHA-SUBUNIT INTO MOUSE-BRAIN, Journal of cellular biochemistry, 1995, pp. 396-396
MYELINATION IN THE DEVELOPING HUMAN BRAIN - BIOCHEMICAL CORRELATES
Authors: KINNEY HC KARTHIGASAN J BORENSHTEYN NI FLAX JD KIRSCHNER DA
Citation: Hc. Kinney et al., MYELINATION IN THE DEVELOPING HUMAN BRAIN - BIOCHEMICAL CORRELATES, Neurochemical research, 19(8), 1994, pp. 983-996
MYELINATION IN THE DEVELOPING HUMAN BRAIN - BIOCHEMICAL CORRELATES
Authors: KINNEY HC KARTHIGASAN J BORENSHTEYN N FLAX JD KIRSCHNER DA
Citation: Hc. Kinney et al., MYELINATION IN THE DEVELOPING HUMAN BRAIN - BIOCHEMICAL CORRELATES, Journal of neuropathology and experimental neurology, 52(3), 1993, pp. 320-320
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