Myotonometry Method for Assessment Muscle Performance
The aim of this paper is to present the role of
myotonometry in assessment muscle viscoelasticity by measurement
of force index (IF) and stiffness (S) at thigh muscle groups. The
results are used for improve the muscle training. The method is based
on mechanic impulse on the muscle group, that involve a muscle
response like acceleration, speed and amplitude curves. From these
we have information about elasticity, stiffness beginning from
mechanic oscillations of muscle tissue. Using this method offer the
possibility for monitoring the muscle capacity for produce mechanic
energy, that allows a efficiency of movement with a minimal tissue
deformation.
[1] Bizzini M., Mannion A.F. (2003) Reliability of a new, hand-held device
for assessing skeletal muscle stiffness. Clinical Biomechanics, 18 (5):
459-461
[2] Brown A.M., Stubbs D.W. (1983) Medical Physiology. New York.
[3] Gapeyeva H., Pääsuke M., Ereline J., Eller A., Pintsaar A. (2002)
Isokinetic strength and tone of knee extensors following partial
meniscectomy: one-year study. In: Martos E. (Ed.) Proceedings of
XXVII FIMS World Congress of Sports Medicine. Bologna: Monduzzi
Editore,245-251.
[4] Korhonen R.K., Vain A., Vanninen E., Viir R., Jurvelin J.S. (2005) Can
mechanical myotonometry or electromyography be used for the
prediction of intramuscular pressure? Physiological Measurement,
26:951-963.
[5] Meyers and Chawla (1999): "Mechanical Behavior of Materials," 98-
103.
[6] Soeson T. Trapetslihase toonuse muutused massaazi m├Ájul kaela
osteokondroosiga haigetel. Bakalaureuse töö (Juhendaja A. Vain). Tartu
Ülikool, Spordibioloogia instituut. Tartu, 1996, 50 lk.
[7] Vain A. (1990) Mechanical Stress Transmission in Skeletal Muscle.
Tartu: Tartu University Press
[8] Vain A. (1997) M├╝otonomeetria skeletilihase funktsionaalse seisundi
diagnoostikas. Tartu.
[9] Vain A. (2002) Role of skeletal muscle tone and elasticity in the
workability restoration of male crosscountry skiers. Acta Academiae
Olympiquae Estoniae. Tartu, p. 95-108.
[10] Viir R., Laiho K., Kramarenko J., Mikkelson M. (2006) Repeatability of
a trapezius muscle tone assessment by myometric method. Journal of
Mechanics in Medicine nd Biology, 6(2):215-228.
[1] Bizzini M., Mannion A.F. (2003) Reliability of a new, hand-held device
for assessing skeletal muscle stiffness. Clinical Biomechanics, 18 (5):
459-461
[2] Brown A.M., Stubbs D.W. (1983) Medical Physiology. New York.
[3] Gapeyeva H., Pääsuke M., Ereline J., Eller A., Pintsaar A. (2002)
Isokinetic strength and tone of knee extensors following partial
meniscectomy: one-year study. In: Martos E. (Ed.) Proceedings of
XXVII FIMS World Congress of Sports Medicine. Bologna: Monduzzi
Editore,245-251.
[4] Korhonen R.K., Vain A., Vanninen E., Viir R., Jurvelin J.S. (2005) Can
mechanical myotonometry or electromyography be used for the
prediction of intramuscular pressure? Physiological Measurement,
26:951-963.
[5] Meyers and Chawla (1999): "Mechanical Behavior of Materials," 98-
103.
[6] Soeson T. Trapetslihase toonuse muutused massaazi m├Ájul kaela
osteokondroosiga haigetel. Bakalaureuse töö (Juhendaja A. Vain). Tartu
Ülikool, Spordibioloogia instituut. Tartu, 1996, 50 lk.
[7] Vain A. (1990) Mechanical Stress Transmission in Skeletal Muscle.
Tartu: Tartu University Press
[8] Vain A. (1997) M├╝otonomeetria skeletilihase funktsionaalse seisundi
diagnoostikas. Tartu.
[9] Vain A. (2002) Role of skeletal muscle tone and elasticity in the
workability restoration of male crosscountry skiers. Acta Academiae
Olympiquae Estoniae. Tartu, p. 95-108.
[10] Viir R., Laiho K., Kramarenko J., Mikkelson M. (2006) Repeatability of
a trapezius muscle tone assessment by myometric method. Journal of
Mechanics in Medicine nd Biology, 6(2):215-228.
@article{"International Journal of Medical, Medicine and Health Sciences:53925", author = "Rusu Ligia and Cosma Germina and Lica Eliana and Marin Mihnea and Cernăianu Sorina and Copilusi Petre Cristian and Rusu Petre Florinel", title = "Myotonometry Method for Assessment Muscle Performance", abstract = "The aim of this paper is to present the role of
myotonometry in assessment muscle viscoelasticity by measurement
of force index (IF) and stiffness (S) at thigh muscle groups. The
results are used for improve the muscle training. The method is based
on mechanic impulse on the muscle group, that involve a muscle
response like acceleration, speed and amplitude curves. From these
we have information about elasticity, stiffness beginning from
mechanic oscillations of muscle tissue. Using this method offer the
possibility for monitoring the muscle capacity for produce mechanic
energy, that allows a efficiency of movement with a minimal tissue
deformation.", keywords = "assessment, infraspinatus syndrome, kinetic therapy,
rehabilitation", volume = "6", number = "6", pages = "209-3", }