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Results: 1-8 |
Results: 8
THE TYROSINE PHOSPHORYLATION STATE OF NEUROFASCIN DETERMINES PATTERNSOF ANKYRIN-BINDING
Authors: TUVIA S GARVER TD BENNETT V
Citation: S. Tuvia et al., THE TYROSINE PHOSPHORYLATION STATE OF NEUROFASCIN DETERMINES PATTERNSOF ANKYRIN-BINDING, Molecular biology of the cell, 8, 1997, pp. 717-717
THE PHOSPHORYLATION STATE OF THE FIGQY TYROSINE OF NEUROFASCIN DETERMINES ANKYRIN-BINDING ACTIVITY AND PATTERNS OF CELL SEGREGATION
Authors: TUVIA S GARVER TD BENNETT V
Citation: S. Tuvia et al., THE PHOSPHORYLATION STATE OF THE FIGQY TYROSINE OF NEUROFASCIN DETERMINES ANKYRIN-BINDING ACTIVITY AND PATTERNS OF CELL SEGREGATION, Proceedings of the National Academy of Sciences of the United Statesof America, 94(24), 1997, pp. 12957-12962
TYROSINE PHOSPHORYLATION AT A SITE HIGHLY CONSERVED IN THE L1 FAMILY OF CELL-ADHESION MOLECULES ABOLISHES ANKYRIN BINDING AND INCREASES LATERAL MOBILITY OF NEUROFASCIN
Authors: GARVER TD REN Q TUVIA S BENNETT V
Citation: Td. Garver et al., TYROSINE PHOSPHORYLATION AT A SITE HIGHLY CONSERVED IN THE L1 FAMILY OF CELL-ADHESION MOLECULES ABOLISHES ANKYRIN BINDING AND INCREASES LATERAL MOBILITY OF NEUROFASCIN, The Journal of cell biology, 137(3), 1997, pp. 703-714
ASSOCIATION OF ANKYRIN WITH THE NEURONAL CELL-ADHESION MOLECULE NEUROFASCIN - REGULATION BY BOTH TYROSINE PHOSPHORYLATION AND ALTERNATIVE EXON USAGE
Authors: GARVER TD DAVIS JQ BENNETT V
Citation: Td. Garver et al., ASSOCIATION OF ANKYRIN WITH THE NEURONAL CELL-ADHESION MOLECULE NEUROFASCIN - REGULATION BY BOTH TYROSINE PHOSPHORYLATION AND ALTERNATIVE EXON USAGE, Molecular biology of the cell, 7, 1996, pp. 2233-2233
MICROTUBULE ASSEMBLY COMPETENCE ANALYSIS OF FRESHLY-BIOPSIED HUMAN-TAU, DEPHOSPHORYLATED-TAU, AND ALZHEIMER TAU
Authors: GARVER TD LEHMAN RAW BILLINGSLEY ML
Citation: Td. Garver et al., MICROTUBULE ASSEMBLY COMPETENCE ANALYSIS OF FRESHLY-BIOPSIED HUMAN-TAU, DEPHOSPHORYLATED-TAU, AND ALZHEIMER TAU, Journal of neuroscience research, 44(1), 1996, pp. 12-20
TAU PHOSPHORYLATION IN BRAIN-SLICES - PHARMACOLOGICAL EVIDENCE FOR CONVERGENT EFFECTS OF PROTEIN PHOSPHATASES ON TAU AND MITOGEN-ACTIVATED PROTEIN-KINASE
Authors: GARVER TD OYLER GA HARRIS KA POLAVARAPU R DAMUNI Z LEHMAN RAW BILLINGSLEY ML
Citation: Td. Garver et al., TAU PHOSPHORYLATION IN BRAIN-SLICES - PHARMACOLOGICAL EVIDENCE FOR CONVERGENT EFFECTS OF PROTEIN PHOSPHATASES ON TAU AND MITOGEN-ACTIVATED PROTEIN-KINASE, Molecular pharmacology, 47(4), 1995, pp. 745-756
TAU-PHOSPHORYLATION AND DEPHOSPHORYLATION IN HUMAN, PRIMATE, AND RAT-BRAIN SLICES
Authors: GARVER TD POLAVARAPU R LEHMAN RAW BILLINGSLEY ML
Citation: Td. Garver et al., TAU-PHOSPHORYLATION AND DEPHOSPHORYLATION IN HUMAN, PRIMATE, AND RAT-BRAIN SLICES, Neurobiology of aging, 15, 1994, pp. 190000038-190000038
TAU-PHOSPHORYLATION IN HUMAN, PRIMATE, AND RAT-BRAIN - EVIDENCE THAT A POOL OF TAU IS HIGHLY PHOSPHORYLATED IN-VIVO AND IS RAPIDLY DEPHOSPHORYLATED IN-VITRO
Authors: GARVER TD HARRIS KA LEHMAN RAW LEE VMY TROJANOWSKI JQ BILLINGSLEY ML
Citation: Td. Garver et al., TAU-PHOSPHORYLATION IN HUMAN, PRIMATE, AND RAT-BRAIN - EVIDENCE THAT A POOL OF TAU IS HIGHLY PHOSPHORYLATED IN-VIVO AND IS RAPIDLY DEPHOSPHORYLATED IN-VITRO, Journal of neurochemistry, 63(6), 1994, pp. 2279-2287
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