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<p>In the sensocognitomotor system, series and parallel elastic properties are important modulators in the transfer of forces generated in the contractile element to the joints. Part&#xa0;2 deals in broad terms with essential sensoricognitomotor functions and structures that can be attributed to series and parallel elastic properties in Hill’s three-element model. In addition, the role of muscle spindles is discussed, which, depending on their biomechanical environmental conditions in the endomysial connective tissue, are drivers of efficient neuromuscular activation and coordination under physiological conditions. Manual medicine is linked to a&#xa0;modern understanding of sensoricognitomotor fundamentals in that it enables a&#xa0;better understanding of pathological deviations and functional diagnostic aspects in functional and structural movement disorders. This allows therapeutically justified objectives for manual and physical interventions to be optimized and targeted in order to restore normal function in reversible movement disorders.</p>

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Sensokognitomotorische Aspekte mit Relevanz für den Krafttransfer auf Gelenke des Bewegungssystems: Teil 2

  • 期刊论文

  • 出版模式：

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  • 发表日期：

    2026年1月5日

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  • Gerold Ebenbichler,
  • T. Bochdansky,
  • H. Tilscher

摘要

In the sensocognitomotor system, series and parallel elastic properties are important modulators in the transfer of forces generated in the contractile element to the joints. Part 2 deals in broad terms with essential sensoricognitomotor functions and structures that can be attributed to series and parallel elastic properties in Hill’s three-element model. In addition, the role of muscle spindles is discussed, which, depending on their biomechanical environmental conditions in the endomysial connective tissue, are drivers of efficient neuromuscular activation and coordination under physiological conditions. Manual medicine is linked to a modern understanding of sensoricognitomotor fundamentals in that it enables a better understanding of pathological deviations and functional diagnostic aspects in functional and structural movement disorders. This allows therapeutically justified objectives for manual and physical interventions to be optimized and targeted in order to restore normal function in reversible movement disorders.