Particulate composites are a potential solution to the need for an injectable, biocompatible, resorbable material that could be used to reinforce fractures and defects in bone and temporarily to stabilize porous ingrowth prostheses. We have developed a model system for producing and testing particul
A SYSTEMATIC MOTOR MODEL OF SKELETAL MUSCLE FOR BIOMECHANICAL APPLICATIONS
β Scribed by Y. Tamura; M. Saito
- Publisher
- Elsevier Science
- Year
- 2007
- Tongue
- English
- Weight
- 174 KB
- Volume
- 40
- Category
- Article
- ISSN
- 0021-9290
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β¦ Synopsis
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π SIMILAR VOLUMES
A mathematical representation is developed of the calcium-mediated processes which activate the contractile machinery of skeletal muscle.
## Abstract In the present paper a new approach for the modelling of fatigue effects in skeletal muscle is proposed. This concept is micromechanically motivated. It incorporates the intramuscular connective tissue (passive part of the material) which surrounds the contractile muscle fibres (active
Skeletal muscles are the primary unit for the movement of the human body, they serve as shock absorber and protect the skeleton system against external loads. By maintaining a certain force level, muscle show fatigue effects, expressed by a decrease of the retentive force. To incorporate such effect