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-2086957548
Methods Electrophysiology
View Methods Electrophysiology Records 89 records
  ID -2086957548  
  ID Literature KS00  
  Preparation Acute Slice  
  Solution Na/K Block  
  Recording Method Nucleated outside-out patch  
  Stimulation Method Voltage steps  
  Species Rat  
  Temperature deg C 20-22  
  Reference Text pp.622-623  
  Reference Figures -  
  Comments "In addition to TEA and 4-AP, several selective K+ channel toxins were tested.
MCD-P (1 µM, n=4), BDS-I (100 nM, n=3), TsTx K-alpha (200 nM, n=3), MgTx (300
nM, n=3), StTx (300 nM, n=3) and AgTx (60 nM, n=3) had no effect on either the
fast or the slow K+ currents. DTX-I (250 mM, n=4) reduced the amplitude of the
slow K+ current to 84 +- 7% of the control values without affecting its
activation or inactivation curves (data not shown). DTX-I did not affect the
fast K+ current."p.630 		 
  dbCollator JDJ  
  Gen Comments 0  
Literature.ID Ref. KS00  
Methods Electrophysiology Animals.ID Methods Electrophysiology Ref. -2086957548  
Methods Electrophysiology CompConc.ID Methods Electrophysiology Ref. -2086957548  
Methods Electrophysiology SliceOrient.ID Methods Electrophysiology Ref. -2086957548  
Neurons Connectivity.ID Methods Electrophysiology Ref.    
Neurons FiringProperties.ID Methods Electrophysiology Ref.    
Neurons IonicConductances.ID Methods Electrophysiology Ref.    
Neurons IonicCurrents.ID Methods Electrophysiology Ref. 1006790213  
Neurons Morphology.ID Methods Electrophysiology Ref.    
Neurons SynapticCurrents.ID Methods Electrophysiology Ref.    

Referring records