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Results: 1-25 | 26-29
Results: 1-25/29
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
MEDICAL-MANAGEMENT OF NEONATAL POSTHEMORRHAGIC HYDROCEPHALUS
Authors: HANSEN AR SNYDER EY
Citation: Ar. Hansen et Ey. Snyder, MEDICAL-MANAGEMENT OF NEONATAL POSTHEMORRHAGIC HYDROCEPHALUS, Neurosurgery clinics of North America, 9(1), 1998, pp. 95
NEURAL STEM-CELLS MAY BE UNIQUELY SUITED FOR COMBINED GENE-THERAPY AND CELL REPLACEMENT - EVIDENCE FROM ENGRAFTMENT OF NEUROTROPHIN-3 (NT-3) EXPRESSING STEM-CELLS IN HYPOXIC-ISCHEMIC (HI) BRAIN INJURY
Authors: PARK KI JENSEN FE STIEG PE HIMES T FISCHER I SNYDER EY
Citation: Ki. Park et al., NEURAL STEM-CELLS MAY BE UNIQUELY SUITED FOR COMBINED GENE-THERAPY AND CELL REPLACEMENT - EVIDENCE FROM ENGRAFTMENT OF NEUROTROPHIN-3 (NT-3) EXPRESSING STEM-CELLS IN HYPOXIC-ISCHEMIC (HI) BRAIN INJURY, Experimental neurology, 153(2), 1998, pp. 375-375
PRENATAL XENOGRAFTS OF MURINE MULTIPOTENT NEURAL PRECURSOR CELLS OVEREXPRESSING BETA-MANNOSIDASE AS A THERAPEUTIC APPROACH IN CAPRINE BETA-MANNOSIDOSIS
Authors: LOVELL KL MITCHELLHERPOLSHEIMER C AMES NK SNYDER EY ANSON D KRAEMER S JONES MZ
Citation: Kl. Lovell et al., PRENATAL XENOGRAFTS OF MURINE MULTIPOTENT NEURAL PRECURSOR CELLS OVEREXPRESSING BETA-MANNOSIDASE AS A THERAPEUTIC APPROACH IN CAPRINE BETA-MANNOSIDOSIS, Brain pathology, 7(4), 1997, pp. 1371-1371
THE USE OF NONNEURONAL CELLS FOR GENE DELIVERY
Authors: SNYDER EY SENUT MC
Citation: Ey. Snyder et Mc. Senut, THE USE OF NONNEURONAL CELLS FOR GENE DELIVERY, Neurobiology of disease, 4(2), 1997, pp. 69-102
GREEN FLUORESCENT PROTEIN AS A REPORTER FOR RETROVIRUS AND HELPER VIRUS-FREE HSV-1 AMPLICON VECTOR-MEDIATED GENE-TRANSFER INTO NEURAL CELLSIN CULTURE AND IN-VIVO
Authors: ABOODYGUTERMAN KS PECHAN PA RAINOV NG SENAESTEVES M JACOBS A SNYDER EY WILD P SCHRANER E TOBLER K BREAKEFIELD XO FRAEFEL C
Citation: Ks. Aboodyguterman et al., GREEN FLUORESCENT PROTEIN AS A REPORTER FOR RETROVIRUS AND HELPER VIRUS-FREE HSV-1 AMPLICON VECTOR-MEDIATED GENE-TRANSFER INTO NEURAL CELLSIN CULTURE AND IN-VIVO, NeuroReport, 8(17), 1997, pp. 3801-3808
DIFFERENTIATION OF ENGRAFTED MULTIPOTENT NEURAL PROGENITORS TOWARDS REPLACEMENT OF MISSING GRANULE NEURONS IN MEANDER TAIL CEREBELLUM MAY HELP DETERMINE THE LOCUS OF MUTANT-GENE ACTION
Authors: ROSARIO CM YANDAVA BD KOSARAS B ZURAKOWSKI D SIDMAN RL SNYDER EY
Citation: Cm. Rosario et al., DIFFERENTIATION OF ENGRAFTED MULTIPOTENT NEURAL PROGENITORS TOWARDS REPLACEMENT OF MISSING GRANULE NEURONS IN MEANDER TAIL CEREBELLUM MAY HELP DETERMINE THE LOCUS OF MUTANT-GENE ACTION, Development, 124(21), 1997, pp. 4213-4224
WIDESPREAD ENGRAFTMENT OF NEURAL PROGENITOR AND STEM-LIKE CELLS THROUGHOUT THE MOUSE-BRAIN
Authors: TAYLOR RM SNYDER EY
Citation: Rm. Taylor et Ey. Snyder, WIDESPREAD ENGRAFTMENT OF NEURAL PROGENITOR AND STEM-LIKE CELLS THROUGHOUT THE MOUSE-BRAIN, Transplantation proceedings, 29(1-2), 1997, pp. 845-847
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
OVEREXPRESSION OF BETA-MANNOSIDASE IN NEURAL PROGENITOR CELLS AND ENZYME UPTAKE BY BETA-MANNOSIDASE DEFICIENT FIBROBLASTS
Authors: MITCHELLHERPOLSHEIMER C LOVELL KL SNYDER EY ANSON DS KRAEMER SA JONES MZ
Citation: C. Mitchellherpolsheimer et al., OVEREXPRESSION OF BETA-MANNOSIDASE IN NEURAL PROGENITOR CELLS AND ENZYME UPTAKE BY BETA-MANNOSIDASE DEFICIENT FIBROBLASTS, Journal of neurochemistry, 69, 1997, pp. 194-194
EXPRESSION OF THE NA-K-2CL COTRANSPORTER IS DEVELOPMENTALLY-REGULATEDIN POSTNATAL RAT BRAINS - A POSSIBLE MECHANISM UNDERLYING GABAS EXCITATORY ROLE IN IMMATURE BRAIN
Authors: PLOTKIN MD SNYDER EY HEBERT SC DELPIRE E
Citation: Md. Plotkin et al., EXPRESSION OF THE NA-K-2CL COTRANSPORTER IS DEVELOPMENTALLY-REGULATEDIN POSTNATAL RAT BRAINS - A POSSIBLE MECHANISM UNDERLYING GABAS EXCITATORY ROLE IN IMMATURE BRAIN, Journal of neurobiology, 33(6), 1997, pp. 781-795
CENTRAL-NERVOUS-SYSTEM CELL TRANSPLANTATION - A NOVEL THERAPY FOR STORAGE DISEASES
Authors: SNYDER EY WOLFE JH
Citation: Ey. Snyder et Jh. Wolfe, CENTRAL-NERVOUS-SYSTEM CELL TRANSPLANTATION - A NOVEL THERAPY FOR STORAGE DISEASES, Current opinion in neurology, 9(2), 1996, pp. 126-136
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
MULTIPOTENT NEURAL PROGENITOR OR STEM-LIKE CELLS MAY BE UNIQUELY SUITED FOR THERAPY FOR SOME NEURODEGENERATIVE CONDITIONS
Authors: SNYDER EY MACKLIS JD
Citation: Ey. Snyder et Jd. Macklis, MULTIPOTENT NEURAL PROGENITOR OR STEM-LIKE CELLS MAY BE UNIQUELY SUITED FOR THERAPY FOR SOME NEURODEGENERATIVE CONDITIONS, Clinical neuroscience, 3(5), 1996, pp. 310-316
EXPRESSION OF THE BSC2 NA-K-CL COTRANSPORTER IN ADULT AND POSTNATAL DEVELOPING RAT-BRAIN
Authors: PLOTKIN MD SNYDER EY HEBERT SC DELPIRE E
Citation: Md. Plotkin et al., EXPRESSION OF THE BSC2 NA-K-CL COTRANSPORTER IN ADULT AND POSTNATAL DEVELOPING RAT-BRAIN, Journal of the American Society of Nephrology, 7(9), 1996, pp. 205-205
PHYSIOLOGICAL RELEVANCE AND FUNCTIONAL POTENTIAL OF CENTRAL NERVOUS SYSTEM-DERIVED CELL-LINES
Authors: WHITTEMORE SR SNYDER EY
Citation: Sr. Whittemore et Ey. Snyder, PHYSIOLOGICAL RELEVANCE AND FUNCTIONAL POTENTIAL OF CENTRAL NERVOUS SYSTEM-DERIVED CELL-LINES, Molecular neurobiology, 12(1), 1996, pp. 13-38
LATE VIRUS-REPLICATION EVENTS IN MICROGLIA ARE REQUIRED FOR NEUROVIRULENT RETROVIRUS-INDUCED SPONGIFORM NEURODEGENERATION - EVIDENCE FROM NEURAL PROGENITOR-DERIVED CHIMERIC MOUSE BRAINS
Authors: LYNCH WP SNYDER EY QUALTIERE L PORTIS JL SHARPE AH
Citation: Wp. Lynch et al., LATE VIRUS-REPLICATION EVENTS IN MICROGLIA ARE REQUIRED FOR NEUROVIRULENT RETROVIRUS-INDUCED SPONGIFORM NEURODEGENERATION - EVIDENCE FROM NEURAL PROGENITOR-DERIVED CHIMERIC MOUSE BRAINS, Journal of virology, 70(12), 1996, pp. 8896-8907
IMMORTALIZED NEURAL STEM-CELLS - INSIGHTS INTO DEVELOPMENT - PROSPECTS FOR GENE-THERAPY AND REPAIR
Authors: SNYDER EY
Citation: Ey. Snyder, IMMORTALIZED NEURAL STEM-CELLS - INSIGHTS INTO DEVELOPMENT - PROSPECTS FOR GENE-THERAPY AND REPAIR, Proceedings of the Association of American Physicians, 107(2), 1995, pp. 195-204
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
RETROVIRAL INSERTION SITE MAY INFLUENCE EFFICIENCY OF CONSTITUTIVE GENE-EXPRESSION IN NEURAL STEM-LIKE CELLS
Authors: AURORA S SNYDER EY
Citation: S. Aurora et Ey. Snyder, RETROVIRAL INSERTION SITE MAY INFLUENCE EFFICIENCY OF CONSTITUTIVE GENE-EXPRESSION IN NEURAL STEM-LIKE CELLS, Pediatric research, 37(4), 1995, pp. 146-146
NEURAL PROGENITOR-CELL ENGRAFTMENT CORRECTS LYSOSOMAL STORAGE THROUGHOUT THE MPS VII MOUSE-BRAIN - A POSSIBLE PARADIGM FOR AN APPROACH TO CNS GENE-THERAPY
Authors: SNYDER EY TAYLOR RM WOLFE JH
Citation: Ey. Snyder et al., NEURAL PROGENITOR-CELL ENGRAFTMENT CORRECTS LYSOSOMAL STORAGE THROUGHOUT THE MPS VII MOUSE-BRAIN - A POSSIBLE PARADIGM FOR AN APPROACH TO CNS GENE-THERAPY, Pediatric research, 37(4), 1995, pp. 153-153
NEURAL PROGENITOR-CELL ENGRAFTMENT CORRECTS LYSOSOMAL STORAGE THROUGHOUT THE MPS-VII MOUSE-BRAIN
Authors: SNYDER EY TAYLOR RM WOLFE JH
Citation: Ey. Snyder et al., NEURAL PROGENITOR-CELL ENGRAFTMENT CORRECTS LYSOSOMAL STORAGE THROUGHOUT THE MPS-VII MOUSE-BRAIN, Nature, 374(6520), 1995, pp. 367-370
USE OF THE SAME IMMORTALIZED MULTIPOTENT NEURAL PROGENITOR LINE (OR STEM-LIKE CELLS) FOR NEURAL CELL REPLACEMENT IN 2 DIFFERENT MUTANT MOUSE STRAINS - GRANULE CELL NEURONS IN MEANDER-TAIL (MEA) - OLIGODENDROGLIA IN SHIVERER (SHI)
Authors: SNYDER EY YANDAVA BD ROSARIO CM KOSARAS B SIDMAN RL
Citation: Ey. Snyder et al., USE OF THE SAME IMMORTALIZED MULTIPOTENT NEURAL PROGENITOR LINE (OR STEM-LIKE CELLS) FOR NEURAL CELL REPLACEMENT IN 2 DIFFERENT MUTANT MOUSE STRAINS - GRANULE CELL NEURONS IN MEANDER-TAIL (MEA) - OLIGODENDROGLIA IN SHIVERER (SHI), Experimental neurology, 135(2), 1995, pp. 170-170
TRANSPLANTATION OF BETA-GLUCURONIDASE (GUSB)-EXPRESSING IMMORTALIZED NEURAL PROGENITORS FOR GENE-TRANSFER INTO CNS OF THE MUCOPOLYSACCARIDOSIS (MPS) VII-MOUSE, A MODEL OF A NEUROVISCERAL LYSOSOMAL STORAGE DISEASE
Authors: SNYDER EY TAYLOR RM WOLFE JH
Citation: Ey. Snyder et al., TRANSPLANTATION OF BETA-GLUCURONIDASE (GUSB)-EXPRESSING IMMORTALIZED NEURAL PROGENITORS FOR GENE-TRANSFER INTO CNS OF THE MUCOPOLYSACCARIDOSIS (MPS) VII-MOUSE, A MODEL OF A NEUROVISCERAL LYSOSOMAL STORAGE DISEASE, Journal of cellular biochemistry, 1994, pp. 246-246
Risultati: 1-25 | 26-29