Add to ORKGIt is well known that modern non-invasive methods for registration of functional activity of skeletal muscles in vivo due to technical reasons reflect amplitude and temporal parameters of muscle contractions not better than in vitro approaches The aim of present study is to register and compare parameters of single and tetanic contractions of different types of skeletal muscles of warm-blooded animals in vitro and under minimally invasive surgery in vivo. It was found that single muscle contractions in vitro and in vivo indistinguishably close to each other, whereas frequency of tetanus fusion and waveform of tetanic contractions are different
Pain and disorders of the human skeletal muscles are one of the most common reasons for medical cons...
Contracting skeletal muscles emit pressure waves or sounds that are easily recorded with ordinary mi...
<p>Skeletal muscles were attached to a micrometer and force transducer to measure twitch and tetanus...
It is well known that modern non-invasive methods for registration of functional activity of skeleta...
During a voluntary contraction, motor units (MUs) fire a train of action potentials, causing summati...
Contractile properties of skeletal muscle are studied for various purposes and mainly by means of fo...
In models describing the excitation of muscle by the central nervous system, it is often assumed tha...
In models describing the excitation of muscle by the central nervous system, it is often assumed tha...
In models describing the excitation of muscle by the central nervous system, it is often assumed tha...
In models of the excitation of muscles it is often assumed that excitation during a tetanic contract...
Study of skeletal muscle cells in culture stimulated by externally-applied electical pulses with dif...
Abstract Background The devices used for in vivo examination of muscle contractions assess only pure...
Skeletal muscle is considered as a near-constant volume system, and the contractions of the muscle a...
<p>(A) Mean twitch force produced by the EDL muscle of WT and TRPV2-KO mice. <i>Inset</i>: represent...
In vitro human skeletal muscle systems are valuable tools for the study of human muscular developmen...
Pain and disorders of the human skeletal muscles are one of the most common reasons for medical cons...
Contracting skeletal muscles emit pressure waves or sounds that are easily recorded with ordinary mi...
<p>Skeletal muscles were attached to a micrometer and force transducer to measure twitch and tetanus...
It is well known that modern non-invasive methods for registration of functional activity of skeleta...
During a voluntary contraction, motor units (MUs) fire a train of action potentials, causing summati...
Contractile properties of skeletal muscle are studied for various purposes and mainly by means of fo...
In models describing the excitation of muscle by the central nervous system, it is often assumed tha...
In models describing the excitation of muscle by the central nervous system, it is often assumed tha...
In models describing the excitation of muscle by the central nervous system, it is often assumed tha...
In models of the excitation of muscles it is often assumed that excitation during a tetanic contract...
Study of skeletal muscle cells in culture stimulated by externally-applied electical pulses with dif...
Abstract Background The devices used for in vivo examination of muscle contractions assess only pure...
Skeletal muscle is considered as a near-constant volume system, and the contractions of the muscle a...
<p>(A) Mean twitch force produced by the EDL muscle of WT and TRPV2-KO mice. <i>Inset</i>: represent...
In vitro human skeletal muscle systems are valuable tools for the study of human muscular developmen...
Pain and disorders of the human skeletal muscles are one of the most common reasons for medical cons...
Contracting skeletal muscles emit pressure waves or sounds that are easily recorded with ordinary mi...
<p>Skeletal muscles were attached to a micrometer and force transducer to measure twitch and tetanus...