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Rutteman, M.

( M. Rutteman)


raphe gata -3 nuclei neuron caudal raphe nuclei serotonergic neurons serotonergic rostral raphe nuclei caudal serotonin nlslacz raphe nuclei chimeric development system brain rostral expression control factor transcription 19 van doorninck neurosci rotorod absence adult lacz-labeled neurons projection locomotion raphe system gata -3-positive cells mouse chimera study brainstem region section raphe nuclei j doorninck lacz-labeled motor transcription factors drv l pattern retention duration van doorninck nucleus number -3nlslacz orkin staining 11.5 gata -3 gene expression pattern effect gata -3 expression 60 sec pathway medial forebrain bundle whole-mount preparation gata -3. protein duration caudal raphe neurons erasmus university rotterdam preparation chimeric mice population bulbospinal serotonergic pathway pandolfi rhombomere 4 raphe nuclei neurons zinc finger domains finger gata -3positive neurons hindbrain nucleus raphes pallidus / cells grosveld fragment




1 Most Recent Publications

GATA-3 is involved in the development of serotonergic neurons in the caudal raphe nuclei (Article)
Wees, J. van der Karis, A. Goedknegt, E. Rutteman, M. Grosveld, F.G. Doorninck, J.H. van Zeeuw, C.I. de
1999-01-01