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Results:
1-7
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Results: 7
Authors:
RECKZIEGEL G
BECK H
SCHRAMM J
ELGER CE
URBAN BW
Citation: G. Reckziegel et al., ELECTROPHYSIOLOGICAL CHARACTERIZATION OF NA+ CURRENTS IN ACUTELY ISOLATED HUMAN HIPPOCAMPAL DENTATE GRANULE CELLS, Journal of physiology, 509(1), 1998, pp. 139-150
Authors:
FRIEDERICH P
RECKZIEGEL G
URBAN BW
Citation: P. Friederich et al., CONCENTRATION-DEPENDENT EFFECTS OF KETAMINE ON ACTIVATION AND INACTIVATION OF A HUMAN NEURONAL VOLTAGE-ACTIVATED NA+ CURRENT, Anesthesiology, 89(3A), 1998, pp. 167-167
Authors:
RECKZIEGEL G
BECK H
SCHRAMM J
ELGER CE
URBAN BW
Citation: G. Reckziegel et al., PROPERTIES OF VOLTAGE-DEPENDENT SODIUM-CHANNELS (I-NA) IN ISOLATED HUMAN HIPPOCAMPAL-NEURONS, Biophysical journal, 72(2), 1997, pp. 86-86
Authors:
HEGGER H
HUCKESTEIN B
HECKER K
JANSSEN M
FREIMUTH A
RECKZIEGEL G
TUZINSKI R
Citation: H. Hegger et al., FRACTAL CONDUCTANCE FLUCTUATIONS IN GOLD NANOWIRES, Physical review letters, 77(18), 1996, pp. 3885-3888
Authors:
REHBERG B
RECKZIEGEL G
DUCH DS
URBAN BW
Citation: B. Rehberg et al., DIFFERENCES IN PENTOBARBITAL SENSITIVITY OF 2 SODIUM-CHANNEL MODEL SYSTEMS, Anesthesiology, 85(3A), 1996, pp. 635-635
DESFLURANE AT CLINICALLY RELEVANT CONCENTRATIONS INHIBITS A HUMAN NEURONAL POTASSIUM CHANNEL CURRENT
Authors:
FRIEDERICH P
RECKZIEGEL G
URBAN BW
Citation: P. Friederich et al., DESFLURANE AT CLINICALLY RELEVANT CONCENTRATIONS INHIBITS A HUMAN NEURONAL POTASSIUM CHANNEL CURRENT, Anesthesiology, 85(3A), 1996, pp. 690-690
Authors:
HEGGER H
HECKER K
RECKZIEGEL G
TUZINSKI R
Citation: H. Hegger et al., UNIVERSAL CONDUCTANCE FLUCTUATIONS IN METALLIC NANOSTRUCTURES, Nanostructured materials, 6(5-8), 1995, pp. 807-810
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