On Some Control Mechanisms of Skeletal Muscles |
Contents
1 Introduction | 1 |
Maintaining constant muscle tension aining | 3 |
by tension | 4 |
7 other sections not shown
Common terms and phrases
A.I.Litvintsev's experiments achieved action amplitude angular velocity antagonistic muscles assume background input brain causes a splash chanism characteristic command pulses command volley concept constant control mechanisms corresponds cycles/sec decrease described deviation directly discomfort discussed effort developed enveloping curve excited extensor facts feedback fibers filters flexor frequency function function-discomfort Golgi cells impulse volley interneurons intervals joint angle L.M. Zakharova local minimum magnitude of splashes main input maintained minimal pain motoneurons motor units muscle activity muscle control muscle length muscle relaxes MUSCLE SPINDLES muscle tension muscle's muscular activity muscular control neuronal observed organism oscillations output pain irritation parabola parameter proprioception pulsation random reaches receptory recorded Renshaw cells RIP RIP role Section shown in Fig Signals from spindles simplest search mechanism simultaneously spinal segment spindle reception splashes occur splashes start splashes starts SSM operation stretching tremor volley causes volley is sent