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Results: 1-10 |
Results: 10
INTERMEDIATE FILAMENT DISASSEMBLY IN CULTURED DORSAL-ROOT GANGLION NEURONS IS ASSOCIATED WITH AMINO-TERMINAL HEAD DOMAIN PHOSPHORYLATION OFSPECIFIC SUBUNITS
Authors: GIASSON BI MUSHYNSKI WE
Citation: Bi. Giasson et We. Mushynski, INTERMEDIATE FILAMENT DISASSEMBLY IN CULTURED DORSAL-ROOT GANGLION NEURONS IS ASSOCIATED WITH AMINO-TERMINAL HEAD DOMAIN PHOSPHORYLATION OFSPECIFIC SUBUNITS, Journal of neurochemistry, 70(5), 1998, pp. 1869-1875
ASSOCIATIONS BETWEEN INTERMEDIATE FILAMENT PROTEINS EXPRESSED IN CULTURED DORSAL-ROOT GANGLION NEURONS
Authors: ATHLAN ES SACHER MG MUSHYNSKI WE
Citation: Es. Athlan et al., ASSOCIATIONS BETWEEN INTERMEDIATE FILAMENT PROTEINS EXPRESSED IN CULTURED DORSAL-ROOT GANGLION NEURONS, Journal of neuroscience research, 47(3), 1997, pp. 300-310
DEVELOPMENTALLY-REGULATED STABILIZATION OF NEURONAL INTERMEDIATE FILAMENTS IN RAT CEREBRAL-CORTEX
Authors: GIASSON BI MUSHYNSKI WE
Citation: Bi. Giasson et We. Mushynski, DEVELOPMENTALLY-REGULATED STABILIZATION OF NEURONAL INTERMEDIATE FILAMENTS IN RAT CEREBRAL-CORTEX, Neuroscience letters, 229(2), 1997, pp. 77-80
STUDY OF PROLINE-DIRECTED PROTEIN-KINASES INVOLVED IN PHOSPHORYLATIONOF THE HEAVY NEUROFILAMENT SUBUNIT
Authors: GIASSON BI MUSHYNSKI WE
Citation: Bi. Giasson et We. Mushynski, STUDY OF PROLINE-DIRECTED PROTEIN-KINASES INVOLVED IN PHOSPHORYLATIONOF THE HEAVY NEUROFILAMENT SUBUNIT, The Journal of neuroscience, 17(24), 1997, pp. 9466-9472
OKADAIC ACID REVERSIBLY INHIBITS NEURITE OUTGROWTH IN EMBRYONIC DORSAL-ROOT GANGLION NEURONS
Authors: GIASSON BI MUSHYNSKI WE
Citation: Bi. Giasson et We. Mushynski, OKADAIC ACID REVERSIBLY INHIBITS NEURITE OUTGROWTH IN EMBRYONIC DORSAL-ROOT GANGLION NEURONS, Journal of neurobiology, 32(2), 1997, pp. 193-201
HETERODIMERIC ASSOCIATIONS BETWEEN NEURONAL INTERMEDIATE FILAMENT PROTEINS
Authors: ATHLAN ES MUSHYNSKI WE
Citation: Es. Athlan et We. Mushynski, HETERODIMERIC ASSOCIATIONS BETWEEN NEURONAL INTERMEDIATE FILAMENT PROTEINS, The Journal of biological chemistry, 272(49), 1997, pp. 31073-31078
ACTIVATION OF CYCLIC-AMP-DEPENDENT PROTEIN-KINASE IN OKADAIC ACID-TREATED NEURONS POTENTIATES NEUROFILAMENT FRAGMENTATION AND STIMULATES PHOSPHORYLATION OF SER(2) IN THE LOW-MOLECULAR-MASS NEUROFILAMENT SUBUNIT
Authors: GIASSON BI CROMLISH JA ATHLAN ES MUSHYNSKI WE
Citation: Bi. Giasson et al., ACTIVATION OF CYCLIC-AMP-DEPENDENT PROTEIN-KINASE IN OKADAIC ACID-TREATED NEURONS POTENTIATES NEUROFILAMENT FRAGMENTATION AND STIMULATES PHOSPHORYLATION OF SER(2) IN THE LOW-MOLECULAR-MASS NEUROFILAMENT SUBUNIT, Journal of neurochemistry, 66(3), 1996, pp. 1207-1213
ABERRANT STRESS-INDUCED PHOSPHORYLATION OF PERIKARYAL NEUROFILAMENTS
Authors: GIASSON BI MUSHYNSKI WE
Citation: Bi. Giasson et We. Mushynski, ABERRANT STRESS-INDUCED PHOSPHORYLATION OF PERIKARYAL NEUROFILAMENTS, The Journal of biological chemistry, 271(48), 1996, pp. 30404-30409
INCREASED PHOSPHORYLATION OF NEUROFILAMENT SUBUNITS IN PC12 CELLS ANDRAT DORSAL-ROOT GANGLION NEURONS TREATED WITH N-ACETYL-LEU-LEU-NORLEUCINAL
Authors: JAYARAMAN D GIASSON BI MUSHYNSKI WE
Citation: D. Jayaraman et al., INCREASED PHOSPHORYLATION OF NEUROFILAMENT SUBUNITS IN PC12 CELLS ANDRAT DORSAL-ROOT GANGLION NEURONS TREATED WITH N-ACETYL-LEU-LEU-NORLEUCINAL, International journal of developmental neuroscience, 13(7), 1995, pp. 753-758
INCREASED PHOSPHORYLATION OF THE AMINO-TERMINAL DOMAIN OF THE LOW-MOLECULAR-WEIGHT NEUROFILAMENT SUBUNIT IN OKADAIC ACID-TREATED NEURONS
Authors: SACHER MG ATHLAN ES MUSHYNSKI WE
Citation: Mg. Sacher et al., INCREASED PHOSPHORYLATION OF THE AMINO-TERMINAL DOMAIN OF THE LOW-MOLECULAR-WEIGHT NEUROFILAMENT SUBUNIT IN OKADAIC ACID-TREATED NEURONS, The Journal of biological chemistry, 269(28), 1994, pp. 18480-18484
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