Krause und Pachernegg
Verlag für Medizin und Wirtschaft
Artikel   Bilder   Volltext

Mobile Version
A-  |   A  |   A+
Werbung
 
Tamse CT, Lu X, Mortel EG, Cabrales E, Feng W, Schaefer S
The Peripheral Benzodiazepine Receptor Modulates Ca2+Transport through the VDAC in Rat Heart Mitochondria
Journal of Clinical and Basic Cardiology 2008; 11 (1-4): 24-29

PDF    Summary    Overview   

Fig. 1: Calcium Kinetics Fig. 2: Calcium Uptake - Calcium Amount Fig. 3: Calcium release This Image - Fig. 4: VDAC-PBR-ANT Fig. 5: VDAC-PBR-ANT
Figure/Graphic 4: VDAC-PBR-ANT
Representative current traces of VDAC-PBR-ANT channel complex in lipid bilayers. Under control conditions, VDAC-PBR-ANT isolates exhibited characteristic changes in conductance with applied voltages (Section A). Following exposure to hemin 5–10 μM, there was gradual disappearance of conductance changes, resulting in complete channel closure after ~ 3 min (n = 7). The top trace depicts the voltage protocol used for the corresponding current.
 
VDAC-PBR-ANT
Previous Image Next Image   


Figure/Graphic 4: VDAC-PBR-ANT
Representative current traces of VDAC-PBR-ANT channel complex in lipid bilayers. Under control conditions, VDAC-PBR-ANT isolates exhibited characteristic changes in conductance with applied voltages (Section A). Following exposure to hemin 5–10 μM, there was gradual disappearance of conductance changes, resulting in complete channel closure after ~ 3 min (n = 7). The top trace depicts the voltage protocol used for the corresponding current.
 
copyright © 2000–2025 Krause & Pachernegg GmbH | Sitemap | Datenschutz | Impressum
 
Werbung