• 40-50% reduction in peak Ca2+ transients induced by single action potential in extensor digitorum longus (EDL), flexor digitorum brevis (FDB) and soleus muscle fibers
(J:292405)
• 40-50% reduction in peak Ca2+ transients induced by 100 Hz action potential train in extensor digitorum longus (EDL) and flexor digitorum brevis (FDB) muscle fibers
(J:292405)
• 13% reduction in peak Ca2+ transients induced by 100 Hz action potential train in soleus muscle fibers
(J:292405)
• 15% faster rising phase of peak Ca2+ transients induced by single action potential in EDL muscle fibers
(J:292405)
• longer half relaxation time in FDB and soleus muscle fibers activated by single action potential
(J:292405)
• shorter half relaxation time in EDL muscle fibers activated by single action potential
(J:292405)
• normal resting Ca2+ concentrations in extensor digitorum longus (EDL), flexor digitorum brevis (FDB) and soleus muscle fibers
(J:292405)
• normal rising phase of peak Ca2+ transients induced by single action potential in FDB and soleus muscle fibers
(J:292405)
• 50% reduction in peak Ca2+ transients induced by single action potential in extraocular muscle
(J:291685)
• longer half relaxation time after activation by single action potential in extraocular muscle
(J:291685)
• normal half time to peak and time to peak Ca2+ transients induced by single action potential in extraocular muscle
(J:291685)