Retigabine Suppresses Loss of Force in a Mouse Model of Hypokalemic Periodic Paralysis
This study tests retigabine's ability to prevent force loss in a HypoPP mouse model, finding it effectively suppresses and reverses low-K+ induced weakness.
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4 papers
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This study tests retigabine's ability to prevent force loss in a HypoPP mouse model, finding it effectively suppresses and reverses low-K+ induced weakness.
This study compares Ca2+ release in two HypoPP mouse models, finding reduced voltage-dependent Ca2+ release in CaV1.1-R528H but not NaV1.4-R669H mutants.
J. A. Heiny, S. C. Cannon, M. C. DiFranco
The paper introduces a four-electrode method to measure ion movements and intracellular concentration changes in skeletal muscle fibers, demonstrating its application to Cl-, H+, and Na+ dynamics.
M. DiFranco, M. Quinonez, R. M. Dziedzic…·S. C. Cannon
This paper develops a highly-selective chloride microelectrode using MC3 anion carrier, showing improved stability, response time, and selectivity over other anions.