Intramuscular connective tissues are continuous to extramuscular connective tissues. If force is transmitted there, differences should be present between force at proximal and distal attachments of muscles. Extensor digitorum longus (EDL), tibialis anterior (TA), and extensor hallucis longus muscles (EHL) were excited simultaneously and maximally. Only EDL length was changed, exclusively by moving the position of its proximal tendon. Distal force exerted by TA + EHL complex was not affected significantly. Proximal and distal EDL isometric force were not equal for most EDL lengths:
Effects on force of changes of the position of extensor digitorum longus muscle (EDL) relative to su...
Muscles within the anterior tibial compartment (extensor digitorum longus: EDL. tibialis anterior: T...
This study investigated the effects of myofascial force transmission during dynamic shortening of he...
Intramuscular connective tissues are continuous to extramuscular connective tissues. If force is tra...
Intramuscular connective tissues are continuous to extramuscular connective tissues. If force is tra...
Force transmission in rat anterior crural compartment, containing tibialis anterior (TA), extensor h...
Force transmission in rat anterior crural compartment, containing tibialis anterior (TA), extensor h...
Force transmission in rat anterior crural compartment, containing tibialis anterior (TA), extensor h...
Force transmission in rat anterior crural compartment, containing tibialis anterior (TA), extensor h...
The purpose of the present study was to test the hypothesis that myofascial force transmission may n...
Force transmission via pathways other than myotendinous ones, is referred to as myofascial force tra...
Effects on force of changes of the position of extensor digitorum longus muscle (EDL) relative to su...
The purpose of the present study was to test the hypothesis that myofascial force transmission may n...
Force transmission via pathways other than myotendinous ones, is referred to as myofascial force tra...
Muscles within the anterior crural compartment (extensor digitorum longus, EDL; tibialis anterior, T...
Effects on force of changes of the position of extensor digitorum longus muscle (EDL) relative to su...
Muscles within the anterior tibial compartment (extensor digitorum longus: EDL. tibialis anterior: T...
This study investigated the effects of myofascial force transmission during dynamic shortening of he...
Intramuscular connective tissues are continuous to extramuscular connective tissues. If force is tra...
Intramuscular connective tissues are continuous to extramuscular connective tissues. If force is tra...
Force transmission in rat anterior crural compartment, containing tibialis anterior (TA), extensor h...
Force transmission in rat anterior crural compartment, containing tibialis anterior (TA), extensor h...
Force transmission in rat anterior crural compartment, containing tibialis anterior (TA), extensor h...
Force transmission in rat anterior crural compartment, containing tibialis anterior (TA), extensor h...
The purpose of the present study was to test the hypothesis that myofascial force transmission may n...
Force transmission via pathways other than myotendinous ones, is referred to as myofascial force tra...
Effects on force of changes of the position of extensor digitorum longus muscle (EDL) relative to su...
The purpose of the present study was to test the hypothesis that myofascial force transmission may n...
Force transmission via pathways other than myotendinous ones, is referred to as myofascial force tra...
Muscles within the anterior crural compartment (extensor digitorum longus, EDL; tibialis anterior, T...
Effects on force of changes of the position of extensor digitorum longus muscle (EDL) relative to su...
Muscles within the anterior tibial compartment (extensor digitorum longus: EDL. tibialis anterior: T...
This study investigated the effects of myofascial force transmission during dynamic shortening of he...