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Muscle strength isokinetic testing of the shoulder,hip and knee joint:Comparison between teenagers with sprint training and those without training / 中国组织工程研究
Chinese Journal of Tissue Engineering Research ; (53)2007.
Article in Chinese | WPRIM | ID: wpr-592035
ABSTRACT

BACKGROUND:

In isokinetic testing researches,the effect of sport training on the development of teenager muscle groups is less reported.

OBJECTIVE:

To assess the muscle strength of shoulder,hip and knee joints in different teenager populations with isokinetic testing system. DESIGN,TIME AND

SETTING:

The contrast observation was performed at the laboratory of Institute of Physical Education,Hebei Normal University between October and December 2006.

PARTICIPANTS:

Control group included 30 volunteers without sport training randomly selected from four middle schools in Shijiazhuang,15 male and 15 female;training group included 30 volunteers with sprint training randomly selected from Shijiazhuang Sports School,15 male and 15 female.

METHODS:

We used Kinitech isokinetic testing system(Kylingk,Austrilia) to test the shoulder,hip and knee joint of the 60 participants according to 3 different angular velocities60( ?) /s,120(?) /s and 240( ?) /s. MAIN OUTCOME

MEASURES:

Peak torque(PT) values of extensor and flexor groups in shoulder,hip and knee joints.

RESULTS:

The 60 volunteers were all included in the result analysis. PT values of shoulder joints were bigger in the male training group than in the control group at 60( ?) /s,120( ?) /s and 240( ?) /s(P 0.05) ;PT values of hip joints were bigger in the male training group than in the control group at 60( ?) /s,120( ?) /s and 240( ?) /s(P 0.05) ;PT values of knee joints were bigger in the male and female training group than in the control group at 60( ?) /s,120( ?) /s and 240( ?) /s(P
Full text: Available Index: WPRIM (Western Pacific) Language: Chinese Journal: Chinese Journal of Tissue Engineering Research Year: 2007 Type: Article

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Full text: Available Index: WPRIM (Western Pacific) Language: Chinese Journal: Chinese Journal of Tissue Engineering Research Year: 2007 Type: Article