AAAAAA

   
Results: 1-8 |
Results: 8
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
SOME FOREBRAIN CONNECTIONS OF THE GUSTATORY SYSTEM IN THE GOLDFISH CARASSIUS-AURATUS VISUALIZED BY SEPARATE DSI APPLICATION TO THE HYPOTHALAMIC INFERIOR-LOBE AND THE TORUS LATERALIS
Authors: RINK E WULLIMANN MF
Citation: E. Rink et Mf. Wullimann, SOME FOREBRAIN CONNECTIONS OF THE GUSTATORY SYSTEM IN THE GOLDFISH CARASSIUS-AURATUS VISUALIZED BY SEPARATE DSI APPLICATION TO THE HYPOTHALAMIC INFERIOR-LOBE AND THE TORUS LATERALIS, Journal of comparative neurology, 394(2), 1998, pp. 152-170
MAJOR PATTERNS OF VISUAL BRAIN ORGANIZATION IN TELEOSTS AND THEIR RELATION TO PREHISTORIC EVENTS AND THE PALEONTOLOGICAL RECORD
Authors: WULLIMANN MF
Citation: Mf. Wullimann, MAJOR PATTERNS OF VISUAL BRAIN ORGANIZATION IN TELEOSTS AND THEIR RELATION TO PREHISTORIC EVENTS AND THE PALEONTOLOGICAL RECORD, Paleobiology, 23(1), 1997, pp. 101-114
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
THE ZEBRAFISH BRAIN - A NEUROANATOMICAL COMPARISON WITH THE GOLDFISH
Authors: RUPP B WULLIMANN MF REICHERT H
Citation: B. Rupp et al., THE ZEBRAFISH BRAIN - A NEUROANATOMICAL COMPARISON WITH THE GOLDFISH, Anatomy and embryology, 194(2), 1996, pp. 187-203
THE TELEOSTEAN TORUS LONGITUDINALIS - A SHORT REVIEW ON ITS STRUCTURE, HISTOCHEMISTRY, CONNECTIVITY, POSSIBLE FUNCTION AND PHYLOGENY
Authors: WULLIMANN MF
Citation: Mf. Wullimann, THE TELEOSTEAN TORUS LONGITUDINALIS - A SHORT REVIEW ON ITS STRUCTURE, HISTOCHEMISTRY, CONNECTIVITY, POSSIBLE FUNCTION AND PHYLOGENY, European journal of morphology, 32(2-4), 1994, pp. 235-242
DESCENDING TELENCEPHALIC INFORMATION REACHES LONGITUDINAL TORUS AND CEREBELLUM VIA THE DORSAL PREGLOMERULAR NUCLEUS IN THE TELEOST FISH, PANTODON BUCHHOLZI - A CASE OF NEURAL PREAPTATION
Authors: WULLIMANN MF ROTH G
Citation: Mf. Wullimann et G. Roth, DESCENDING TELENCEPHALIC INFORMATION REACHES LONGITUDINAL TORUS AND CEREBELLUM VIA THE DORSAL PREGLOMERULAR NUCLEUS IN THE TELEOST FISH, PANTODON BUCHHOLZI - A CASE OF NEURAL PREAPTATION, Brain, behavior and evolution, 44(6), 1994, pp. 338-352
POSSIBLE MULTIPLE EVOLUTION OF INDIRECT TELENCEPHALO-CEREBELLAR PATHWAYS IN TELEOSTS - STUDIES IN CARASSIUS-AURATUS AND PANTODON BUCHHOLZI
Authors: WULLIMANN MF MEYER DL
Citation: Mf. Wullimann et Dl. Meyer, POSSIBLE MULTIPLE EVOLUTION OF INDIRECT TELENCEPHALO-CEREBELLAR PATHWAYS IN TELEOSTS - STUDIES IN CARASSIUS-AURATUS AND PANTODON BUCHHOLZI, Cell and tissue research, 274(3), 1993, pp. 447-455
Risultati: 1-8 |