Skeletal muscle composition is valuable information for physicians, athletes/coaches, physiotherapists, scientists, etc. From this information a timing of treatment and final results are depending. Since now only invasive techniques were known, which limits us in everyday use. We have proposed a non-invasive technique that enables valid and reliable measurement of muscle composition with use of linear displacement sensor and nonpainful electrical stimulation.
COBISS.SI-ID: 1992147
Motor learning and motor competencies are two key factors responsible for efficient child development. Both of them enables individuals’ lifespan inclusion in physical activities and determines sufficient physical/sport performance with higher quality of life. Motor development is not dependent just on the physical growth but also on motor skills, motor knowledge and motor learning. Motor learning plays an important role in the development of fundamental motor skills as well as in ontogenetic motor skills. Sufficient adaptation of motor knowledge and motor skills is dependent primary on motor experiences experienced from informational rich feedback environment. Physical activity and physical experiences plays an important role in child self- and environmental conception to join others and in motor problem solving.
COBISS.SI-ID: 4202455