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Results:
1-8
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Results: 8
Authors:
SIVRON T
SCHWARTZ M
Citation: T. Sivron et M. Schwartz, GLIAL-CELL TYPES, LINEAGES, AND RESPONSE TO INJURY IN RAT AND FISH - IMPLICATIONS FOR REGENERATION, Glia, 13(3), 1995, pp. 157-165
Authors:
SCHWARTZ M
SIVRON T
Citation: M. Schwartz et T. Sivron, REGENERATIVE FAILURE IN THE MAMMALIAN CNS - REPLY, Trends in neurosciences, 18(3), 1995, pp. 128-129
Authors:
COHEN I
SIVRON T
LAVIE V
BLAUGRUND E
SCHWARTZ M
Citation: I. Cohen et al., VIMENTIN IMMUNOREACTIVE GLIAL-CELLS IN THE FISH OPTIC-NERVE - IMPLICATIONS FOR REGENERATION, Glia, 10(1), 1994, pp. 16-29
Authors:
SIVRON T
COHEN I
SCHWARTZ M
Citation: T. Sivron et al., INTERMEDIATE FILAMENTS REMINISCENT OF IMMATURE CELLS EXPRESSED BY GOLDFISH (CARASSIUS-AURATUS) ASTROCYTES AND OLIGODENDROCYTES IN-VITRO, Cell and tissue research, 275(2), 1994, pp. 327-337
Authors:
SIVRON T
SCHWARTZ M
Citation: T. Sivron et M. Schwartz, THE ENIGMA OF MYELIN-ASSOCIATED GROWTH-INHIBITORS IN SPONTANEOUSLY REGENERATING NERVOUS SYSTEMS, Trends in neurosciences, 17(7), 1994, pp. 277-281
Authors:
SIVRON T
SCHWAB ME
SCHWARTZ M
Citation: T. Sivron et al., PRESENCE OF GROWTH-INHIBITORS IN FISH OPTIC-NERVE MYELIN - POSTINJURYCHANGES, Journal of comparative neurology, 343(2), 1994, pp. 237-246
Authors:
SIVRON T
SCHWARTZ M
Citation: T. Sivron et M. Schwartz, NONPERMISSIVE NATURE OF FISH OPTIC NERVES TO AXONAL GROWTH IS DUE TO PRESENCE OF MYELIN-ASSOCIATED GROWTH-INHIBITORS, Experimental neurology, 130(2), 1994, pp. 411-413
Authors:
SIVRON T
EITAN S
SCHREYER DJ
SCHWARTZ M
Citation: T. Sivron et al., ASTROCYTES PLAY A MAJOR ROLE IN THE CONTROL OF NEURONAL PROLIFERATIONIN-VITRO, Brain research, 629(2), 1993, pp. 199-208
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