Luhmann Heiko | Institut Fur Neurophysiologie Heinrich-heine-universitat
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概要
関連著者
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Luhmann Heiko
Institut Fur Neurophysiologie Heinrich-heine-universitat
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Luhmann Heiko
Institute Of Physiology And Pathophysiology Johannes Gutenberg University
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Fukuda Atsuo
Department Of Physiology Hamamatsu University School Of Medicine
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Fukuda Atsuo
Department Of Electronic And Electrical Engineering Trinity College University Of Dublin
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Sato Kohji
Department Of Anatomy And Embryology Ehime University School Of Medicine
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Sato Kohji
Department Of Anatomy And Neuroscience Hamamatsu University School Of Medicine
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Okabe Akihito
Department Of Physiology Hamamatsu University School Of Medicine
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SHIMIZU OKABE
Department of Physiology, Hamamatsu University School of Medicine
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KILB Werner
Institute of Physiology and Pathophysiology, Johannes Gutenberg University
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Kilb Werner
Institute Of Physiology And Pathophysiology Johannes Gutenberg University
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Shimizu Okabe
Department Of Physiology Hamamatsu University School Of Medicine
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Kotter Rolf
C.&o.vogt-institut Fur Hirnforschung Heinrich-heine-universitat. Institut Fur Morphologische End
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Staiger Jochen
C.&o.vogt-institut Fur Hirnforschung Heinrich-heine-universitat
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STAIGER Jochen
C.&O.Vogt-Institut fur Hirnforschung,Heinrich-Heine-Universitat
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KOTTER Rolf
C.&O.Vogt-Institut fur Hirnforschung,Heinrich-Heine-Universitat. Institut fur Morphologische Endokri
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ZILLES Karl
C.&O.Vogt-Institut fur Hirnforschung,Heinrich-Heine-Universitat. Institut fur Medizin,Forschungszent
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Luhmann Heiko
Institute Of Neurophysiology University Of Dusseldorf
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SCHWARZ Petra
Institute of Neurophysiology University of Dusseldorf
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STICHEL Christine
Department of Neurology, University of Dusseldorf
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Stichel Christine
Department Of Neurology University Of Dusseldorf
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Zilles Karl
C.&o.vogt-institut Fur Hirnforschung Heinrich-heine-universitat. Institut Fur Medizin Forschungs
著作論文
- Changes in the expression of cation-C1^- cotransporters, NKCC1 and KCC2, during cortical malformation induced by neonatal freeze-lesion
- Laminar characteristics of functional connectivity in rat barrel cortex revealed by stimulation with caged-glutamate
- Characterization of Neuronal Migration Disorders in Neocortical Structures: Loss or Preservation of Inhibitory Interneurons?