free     free     free  :   free English Wikipedia <ref>{{Cite pmid|14640309}}</ref> Nephropedia Template TP ( {{tp|p=14640309|t=Principles of force gradation in skeletal muscles |pdf=|usr=|}} Twit Text Principles of force gradation in skeletal muscles http://www.kidney.de/pget.php?&tw=1&pmid=14640309 DeepDyve Pubget Overpricing

lüll Principles of force gradation in skeletal muscles Kernell D Neural Plast 2003[]; 10 (1-2): 69-76 A brief survey is given of how motoneurons and motor units are used for the gradation of muscle force during motor behavior. Basic properties of motoneurons and muscle fibers, including major kinds of functional specialization along the axis of 'fast' vs. 'slow', are reviewed. The principles underlying the rate and recruitment gradation of force are described, stressing that the properties of motoneurons and muscle fibers are matched to automate important aspects of the gradation procedure. Recent investigations concerning synaptically evoked changes in the discharge properties of motoneurons receive special attention, including 'plateau' currents and, under appropriate conditions, self-sustained 'plateau' discharges. |Action Potentials[MESH] |Humans[MESH] |Membrane Potentials[MESH] |Motor Activity/physiology[MESH] |Motor Neurons/*physiology[MESH] |Movement/*physiology[MESH] |Muscle Contraction/*physiology[MESH] |Muscle Fibers, Fast-Twitch/physiology[MESH] |Muscle Fibers, Skeletal/*physiology[MESH] |Muscle Fibers, Slow-Twitch/physiology[MESH] |Muscle, Skeletal/*physiology[MESH]

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*<b>[http://www.kidney.de/mlpefetch.php?search=14640309 Principles of force gradation in skeletal muscles ]</b> Neural Plast 2003; 10(1-2) ; 69-76 Kernell D

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Nephropedia PMID record
{{recpmid|pmid=14640309|ti=Principles of force gradation in skeletal muscles |au=Kernell D|so=Neural Plast 2003; 10 (1-2): 69-76|ab=A brief survey is given of how motoneurons and motor units are used for the gradation of muscle force during motor behavior. Basic properties of motoneurons and muscle fibers, including major kinds of functional specialization along the axis of 'fast' vs. 'slow', are reviewed. The principles underlying the rate and recruitment gradation of force are described, stressing that the properties of motoneurons and muscle fibers are matched to automate important aspects of the gradation procedure. Recent investigations concerning synaptically evoked changes in the discharge properties of motoneurons receive special attention, including 'plateau' currents and, under appropriate conditions, self-sustained 'plateau' discharges.}}
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{{BibRecord | Autor = Kernell D | Titel = Principles of force gradation in skeletal muscles | Band = 10 | Nummer = 1-2 | Jahr = 2003 | Monat = | Sprache = eng | DOI = | Seite = 69-76 | PMID = 14640309 | Typ= {{{Typ|}}} | Kommentar = {{{Kommentar|}}} | format = {{{format|}}} | record = {{{record|}}} }}

Neural Plast