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Volumn 179, Issue 3, 2001, Pages 243-262
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Ni2+ slows the activation kinetics of high-voltage-activated Ca2+ currents in cortical neurons: Evidence for a mechanism of action independent of channel-pore block
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Author keywords
Activation kinetics; Block; Calcium currents; Channel gating; Nickel; Patch clamp
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Indexed keywords
BARIUM;
CALCIUM;
CALCIUM CHANNEL;
NICKEL;
ANIMAL TISSUE;
ARTICLE;
BINDING SITE;
BRAIN CELL;
CALCIUM CURRENT;
CHANNEL GATING;
CONTROLLED STUDY;
DEPOLARIZATION;
ELECTRIC POTENTIAL;
FEMALE;
GUINEA PIG;
KINETICS;
NONHUMAN;
PATCH CLAMP;
PYRAMIDAL NERVE CELL;
PYRIFORM CORTEX;
REPOLARIZATION;
ANIMAL;
BIOPHYSICS;
CALCIUM SIGNALING;
CELL MEMBRANE POTENTIAL;
DRUG EFFECT;
IN VITRO STUDY;
METABOLISM;
ANIMALIA;
CAVIA PORCELLUS;
SUS SCROFA;
ANIMALS;
BARIUM;
BIOPHYSICS;
CALCIUM CHANNELS;
CALCIUM SIGNALING;
FEMALE;
GUINEA PIGS;
ION CHANNEL GATING;
KINETICS;
MEMBRANE POTENTIALS;
NICKEL;
PATCH-CLAMP TECHNIQUES;
PYRAMIDAL CELLS;
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EID: 0035241951
PISSN: 00222631
EISSN: None
Source Type: Journal
DOI: 10.1007/s002320010050 Document Type: Article |
Times cited : (12)
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References (49)
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