[HTML][HTML] Increased calcium entry into dystrophin-deficient muscle fibres of MDX and ADR-MDX mice is reduced by ion channel blockers
O Tutdibi, H Brinkmeier, R Rüdel… - The Journal of physiology, 1999 - ncbi.nlm.nih.gov
O Tutdibi, H Brinkmeier, R Rüdel, KJ Föhr
The Journal of physiology, 1999•ncbi.nlm.nih.govSingle fibres were enzymatically isolated from interosseus muscles of dystrophic MDX mice,
myotonic-dystrophic double mutant ADR-MDX mice and C57BL/10 controls. The fibres were
kept in cell culture for up to 2 weeks for the study of Ca 2+ homeostasis and sarcolemmal Ca
2+ permeability.
myotonic-dystrophic double mutant ADR-MDX mice and C57BL/10 controls. The fibres were
kept in cell culture for up to 2 weeks for the study of Ca 2+ homeostasis and sarcolemmal Ca
2+ permeability.
Abstract
1. Single fibres were enzymatically isolated from interosseus muscles of dystrophic MDX mice, myotonic-dystrophic double mutant ADR-MDX mice and C57BL/10 controls. The fibres were kept in cell culture for up to 2 weeks for the study of Ca 2+ homeostasis and sarcolemmal Ca 2+ permeability.
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