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Results: 1-4 |
Results: 4
A NOVEL METHOD FOR RECORDING WHOLE-CELL AND SINGLE-CHANNEL CURRENTS FROM DIFFERENTIATING CEREBELLAR GRANULE CELLS IN-SITU
Authors: RADDEN E BEHRENS M PEHLEMANN FW SCHMIDTMAYER J
Citation: E. Radden et al., A NOVEL METHOD FOR RECORDING WHOLE-CELL AND SINGLE-CHANNEL CURRENTS FROM DIFFERENTIATING CEREBELLAR GRANULE CELLS IN-SITU, Experimental physiology, 79(4), 1994, pp. 495-504
THE DEVELOPMENT OF THE RADIAL GLIAL SCAFFOLD OF THE CEREBELLAR CORTEXFROM GFAP-POSITIVE CELLS IN THE EXTERNAL GRANULAR LAYER
Authors: SIEVERS J PEHLEMANN FW GUDE S HARTMANN D BERRY M
Citation: J. Sievers et al., THE DEVELOPMENT OF THE RADIAL GLIAL SCAFFOLD OF THE CEREBELLAR CORTEXFROM GFAP-POSITIVE CELLS IN THE EXTERNAL GRANULAR LAYER, Journal of neurocytology, 23(2), 1994, pp. 97-115
A TIME-COURSE STUDY OF THE ALTERATIONS IN THE DEVELOPMENT OF THE HAMSTER CEREBELLAR CORTEX AFTER DESTRUCTION OF THE OVERLYING MENINGEAL CELLS WITH 6-HYDROXYDOPAMINE ON THE DAY OF BIRTH
Authors: SIEVERS J PEHLEMANN FW GUDE S BERRY M
Citation: J. Sievers et al., A TIME-COURSE STUDY OF THE ALTERATIONS IN THE DEVELOPMENT OF THE HAMSTER CEREBELLAR CORTEX AFTER DESTRUCTION OF THE OVERLYING MENINGEAL CELLS WITH 6-HYDROXYDOPAMINE ON THE DAY OF BIRTH, Journal of neurocytology, 23(2), 1994, pp. 117-134
MENINGEAL CELLS ORGANIZE THE SUPERFICIAL GLIA LIMITANS OF THE CEREBELLUM AND PRODUCE COMPONENTS OF BOTH THE INTERSTITIAL MATRIX AND THE BASEMENT-MEMBRANE
Authors: SIEVERS J PEHLEMANN FW GUDE S BERRY M
Citation: J. Sievers et al., MENINGEAL CELLS ORGANIZE THE SUPERFICIAL GLIA LIMITANS OF THE CEREBELLUM AND PRODUCE COMPONENTS OF BOTH THE INTERSTITIAL MATRIX AND THE BASEMENT-MEMBRANE, Journal of neurocytology, 23(2), 1994, pp. 135-149
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