The mouse diaphragm muscle fiber was studied using the loose patch clamp technique. The voltage gated sodium currents were evoked by step pulses from a holding potential of about - 70 mV. Following the activation of the sodium current, a very large and fast outward current was evoked. The sensitivity of this current to 4-aminopyridine and tetraethylammonium indicates the potassium ion as the possible carrier for the channel. Furthermore, the sensitivity to tetrodotoxin and extracellular sodium demonstrated the sodium dependence of this current
The voltage and time-dependence of the tetrodotoxin sensitive, fast sodium current in cardiac muscle...
Critical illness myopathy is an acquired disorder in which skeletal muscle becomes electrically inex...
International audienceSepsis and Tumor Necrosis Factor alpha (TNFα), a major pro-inflammatory mediat...
AbstractThe mouse diaphragm muscle fiber was studied using the loose patch clamp technique. The volt...
During muscle contraction, lactate production and translocation across the membrane increase. While ...
Cells from the clonal cell line N1E115, a mouse tumour of sympathetic origin, differentiate both mor...
Na (and Li) currents and fluorescence transients were recorded simultaneously under voltage-clamp co...
Voltage-dependent inward and outward membrane currents were investigated in the DDT1 MF-2 smooth mus...
The number of voltage-gated sodium (Na(V)) channels available to generate action potentials in muscl...
International audienceDuring muscle contraction, lactate production and translocation across the mem...
Voltage-gated components of the outward current in single smooth muscle cells isolated from the epid...
The sodium (Na) channel is the fundamental unit of excitability in heart muscle. This channel has be...
Sarcolemmal vesicles were produced from adult mouse extensor digitorum longus muscle (EDL) by treati...
A method is presented for determining the magnitude of the ionic current associated with the propaga...
This dissertation addressed the question of sodium channel gating. The study began with an investiga...
The voltage and time-dependence of the tetrodotoxin sensitive, fast sodium current in cardiac muscle...
Critical illness myopathy is an acquired disorder in which skeletal muscle becomes electrically inex...
International audienceSepsis and Tumor Necrosis Factor alpha (TNFα), a major pro-inflammatory mediat...
AbstractThe mouse diaphragm muscle fiber was studied using the loose patch clamp technique. The volt...
During muscle contraction, lactate production and translocation across the membrane increase. While ...
Cells from the clonal cell line N1E115, a mouse tumour of sympathetic origin, differentiate both mor...
Na (and Li) currents and fluorescence transients were recorded simultaneously under voltage-clamp co...
Voltage-dependent inward and outward membrane currents were investigated in the DDT1 MF-2 smooth mus...
The number of voltage-gated sodium (Na(V)) channels available to generate action potentials in muscl...
International audienceDuring muscle contraction, lactate production and translocation across the mem...
Voltage-gated components of the outward current in single smooth muscle cells isolated from the epid...
The sodium (Na) channel is the fundamental unit of excitability in heart muscle. This channel has be...
Sarcolemmal vesicles were produced from adult mouse extensor digitorum longus muscle (EDL) by treati...
A method is presented for determining the magnitude of the ionic current associated with the propaga...
This dissertation addressed the question of sodium channel gating. The study began with an investiga...
The voltage and time-dependence of the tetrodotoxin sensitive, fast sodium current in cardiac muscle...
Critical illness myopathy is an acquired disorder in which skeletal muscle becomes electrically inex...
International audienceSepsis and Tumor Necrosis Factor alpha (TNFα), a major pro-inflammatory mediat...