AAAAAA

   
Results: 1-10 |
Results: 10
ANTERIOR-POSTERIOR SUBDIVISION OF THE SOMITE IN EMBRYONIC ZEBRAFISH -IMPLICATIONS FOR MOTOR AXON GUIDANCE
Authors: BERNHARDT RR GOERLINGER S ROOS M SCHACHNER M
Citation: Rr. Bernhardt et al., ANTERIOR-POSTERIOR SUBDIVISION OF THE SOMITE IN EMBRYONIC ZEBRAFISH -IMPLICATIONS FOR MOTOR AXON GUIDANCE, Developmental dynamics, 213(3), 1998, pp. 334-347
READINESS OF ZEBRAFISH BRAIN NEURONS TO REGENERATE A SPINAL AXON CORRELATES WITH DIFFERENTIAL EXPRESSION OF SPECIFIC CELL RECOGNITION MOLECULES
Authors: BECKER T BERNHARDT RR REINHARD E WULLIMANN MF TONGIORGI E SCHACHNER M
Citation: T. Becker et al., READINESS OF ZEBRAFISH BRAIN NEURONS TO REGENERATE A SPINAL AXON CORRELATES WITH DIFFERENTIAL EXPRESSION OF SPECIFIC CELL RECOGNITION MOLECULES, The Journal of neuroscience, 18(15), 1998, pp. 5789-5803
ZEBRAFISH TENASCIN-W, A NEW MEMBER OF THE TENASCIN FAMILY
Authors: WEBER P MONTAG D SCHACHNER M BERNHARDT RR
Citation: P. Weber et al., ZEBRAFISH TENASCIN-W, A NEW MEMBER OF THE TENASCIN FAMILY, Journal of neurobiology, 35(1), 1998, pp. 1-16
AXONAL REGROWTH AFTER SPINAL-CORD TRANSECTION IN ADULT ZEBRAFISH
Authors: BECKER T WULLIMANN MF BECKER CG BERNHARDT RR SCHACHNER M
Citation: T. Becker et al., AXONAL REGROWTH AFTER SPINAL-CORD TRANSECTION IN ADULT ZEBRAFISH, Journal of comparative neurology, 377(4), 1997, pp. 577-595
EXPRESSION OF A NA,K-ATPASE BETA3 SUBUNIT DURING DEVELOPMENT OF THE ZEBRAFISH CENTRAL-NERVOUS-SYSTEM
Authors: APPEL C GLOOR S SCHMALZING G SCHACHNER M BERNHARDT RR
Citation: C. Appel et al., EXPRESSION OF A NA,K-ATPASE BETA3 SUBUNIT DURING DEVELOPMENT OF THE ZEBRAFISH CENTRAL-NERVOUS-SYSTEM, Journal of neuroscience research, 46(5), 1996, pp. 551-564
INCREASED EXPRESSION OF SPECIFIC RECOGNITION MOLECULES BY RETINAL GANGLION-CELLS AND BY OPTIC PATHWAY GLIA ACCOMPANIES THE SUCCESSFUL REGENERATION OF RETINAL AXONS IN ADULT ZEBRAFISH
Authors: BERNHARDT RR TONGIORGI E ANZINI P SCHACHNER M
Citation: Rr. Bernhardt et al., INCREASED EXPRESSION OF SPECIFIC RECOGNITION MOLECULES BY RETINAL GANGLION-CELLS AND BY OPTIC PATHWAY GLIA ACCOMPANIES THE SUCCESSFUL REGENERATION OF RETINAL AXONS IN ADULT ZEBRAFISH, Journal of comparative neurology, 376(2), 1996, pp. 253-264
ZEBRAFISH NEURONS EXPRESS 2 L1-RELATED MOLECULES DURING EARLY AXONOGENESIS
Authors: TONGIORGI E BERNHARDT RR SCHACHNER M
Citation: E. Tongiorgi et al., ZEBRAFISH NEURONS EXPRESS 2 L1-RELATED MOLECULES DURING EARLY AXONOGENESIS, Journal of neuroscience research, 42(4), 1995, pp. 547-561
THE NOTOCHORD AND FLOOR PLATE GUIDE GROWTH CONES IN THE ZEBRAFISH SPINAL-CORD
Authors: GREENSPOON S PATEL CK HASHMI S BERNHARDT RR KUWADA JY
Citation: S. Greenspoon et al., THE NOTOCHORD AND FLOOR PLATE GUIDE GROWTH CONES IN THE ZEBRAFISH SPINAL-CORD, The Journal of neuroscience, 15(9), 1995, pp. 5956-5965
TENASCIN-C MESSENGER-RNA IS EXPRESSED IN CRANIAL NEURAL CREST CELLS, IN SOME PLACODAL DERIVATIVES, AND IN DISCRETE DOMAINS OF THE EMBRYONICZEBRAFISH BRAIN
Authors: TONGIORGI E BERNHARDT RR ZINN K SCHACHNER M
Citation: E. Tongiorgi et al., TENASCIN-C MESSENGER-RNA IS EXPRESSED IN CRANIAL NEURAL CREST CELLS, IN SOME PLACODAL DERIVATIVES, AND IN DISCRETE DOMAINS OF THE EMBRYONICZEBRAFISH BRAIN, Journal of neurobiology, 28(3), 1995, pp. 391-407
IPSILATERAL AND CONTRALATERAL COMMISSURAL GROWTH CONES REACT DIFFERENTLY TO THE CELLULAR ENVIRONMENT OF THE VENTRAL ZEBRAFISH SPINAL-CORD
Authors: BERNHARDT RR
Citation: Rr. Bernhardt, IPSILATERAL AND CONTRALATERAL COMMISSURAL GROWTH CONES REACT DIFFERENTLY TO THE CELLULAR ENVIRONMENT OF THE VENTRAL ZEBRAFISH SPINAL-CORD, Journal of comparative neurology, 350(1), 1994, pp. 122-132
Risultati: 1-10 |