THE 3
INTERNATIONAL SEMINAR ON PE, SPORT HEALTH 2013
Sport Science Faculty, Semarang State University - Gd F1 Kampus Sekaran Gunungpati Semarang, Indonesia 50229 Phonefax: +6224-858007
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C. Scope This study focuses on the assessment
of posture and motion forces the body parts and describe forms of physical exercise
interventions required in accordance with their respective sport athlete.
For that, the variables that will be examined are:
a. Body posture b. Strength of body motion
Operational definition of each variable is:
a. Postur body; was the state of a linear arrangement of the spine vertebral
columnawhich can be normal straight, kyposis, lordosis and scoliosis.
b. Moving force of the body; was kekeuatan each movement of the body, including leg
flexorextensor, abductionadduction,
innerout shoulder
rotation, arm
flexorextensor, trunk extensionflexion, leftrigh trunk rotation, and leftright lateral
flexion.
D. subjects of the Research
A total of 15 athletes who are students PPLM FIK UNM . They were
selected based on previous achievements and criteria of PPLM UNM athletes .
E. Research Instruments
Variable posture
and gestures
capabilities athletes will be measured using tools
and Myoline
Formetric. The
measurement results will be through a
PPLM UNM
Athlete Foremetric
Famus Measure
Physical Disturbance
Myoline
Normal
Individualized program based on
sport Evaluation
of training
programs through science and technology approach
THE 3
INTERNATIONAL SEMINAR ON PE, SPORT HEALTH 2013
Sport Science Faculty, Semarang State University - Gd F1 Kampus Sekaran Gunungpati Semarang, Indonesia 50229 Phonefax: +6224-858007
Page 523
software program Dier Famus that will digitally
record the
results of
the measurement tool . The measurement results
will be analyzed with thecaline program that will issue a recommendation sheet that needs
diintervensikan physical exercise .
F. Data Collection
1 . Measures and data collection techniques
UNM athletes of PPLM measured using formetric and myoline to obtain data
about the state of your posture and body motion strength.
2 . Type of data collected is 3 three main study variables
3 . Measuring the number and qualifications :
Data collector or assessor are 2 people who have been trained by the team
Famus Dier . 4 . Timetable of data collection :
Time of inspectionmeasurement is from May to June 2012, and intervention
training will be conducted during the month of August.
G. Data Analysis Techniques
Data analysis was performed with a computerized software program DiCAM 2.2 is
already available as part of the instrument used in the measurement FAMUS formetric
and myoline . Data that has been entered in
accordance with the study variables will be analyzed to get a diagnosis of body shapes
and abilities muscles which then issued a physical exercise program based on the
results of physical ability to achieve the same target to be achieved . Then , it will be
analyzed and improved muscle strength and increase motion in accordance with the
needs of each sport athlete.
THE 3
INTERNATIONAL SEMINAR ON PE, SPORT HEALTH 2013
Sport Science Faculty, Semarang State University - Gd F1 Kampus Sekaran Gunungpati Semarang, Indonesia 50229 Phonefax: +6224-858007
Page 524
RESULTS Sample Data
Table 1 . Measurement data of spine
Data results obtained 1 athletes netted abnormal kyphosis , scoliosis 6
athletes had abnormalities , and there are athletes who have disorders Lordosis. The
results obtained after converted on the following norms :
1 . Kyposis 50 2 . Lordosis 42
3 . Scoliosis 5 Athletes who have abnormal kyphosis only 1
person and comes from Fencing athletes.
THE 3
INTERNATIONAL SEMINAR ON PE, SPORT HEALTH 2013
Sport Science Faculty, Semarang State University - Gd F1 Kampus Sekaran Gunungpati Semarang, Indonesia 50229 Phonefax: +6224-858007
Page 525
The measurement
results are
kyphosis 51 athletes abnormal, Lordosis 26 normal and Scoliosis and 3 normal, while
for the 6 athletes who have abnormalities in
the name of the first scoliosis Bernad athlete
has kyphosis measuring 35 normal, lordosis
22 normal , and 6 Scoliosis abnormal. The second, Anugrah Alam athlete Measurement
results kyphosis 41 normal, Lordosis 22
normal, and 10 scoliosis abnormal.Third,
Askar athletes sepaktakraw , kyphosis measurements
obtained 29
normal, Lordosis 35 normal, 8 scoliosis abnormal.
Fourth,athletes Suhartiwi
sepaktakraw measurement results obtained Khyphosis 36
normal, Lordosis 38 normal, 6 scoliosis abnormal.
Fifth, Syafar
Syfruddin sepaktakraw athletes earned kyphosis 40
normal, Lordosis 31 normal, 6 scoliosis
abnormal. Sixth, Chaeruddin Fencing
athletes, kyphosis measurements obtained 39 normal, Lordosis 38 normal, 8 scoliosis
abnormal. The results of the above data reveals
that of the 15 athletes PPLM there are 7 athletes who suffered spinal abnormalities
that 1 abnormal kyphosis Athletics athletes, and 6 people who have scoliosis which is a
disorder athlete Athletics, Sepaktakraw, and Fencing. Results of the data obtained can be
expected as a material consideration and analysis for the development of training
programs for athletes who suffered spinal abnormalities and evaluate the exercise
program had no impact on spinal disorders. Spinal deformity greatly affect an athletes
performance and even indirectly affect performance in sports that was involved .
Conclusion The results obtained that 7 athletes
have spine bone abnormalities. 1 person experiencing abnormal kyphosis, and 6
athletes Skoliosis.Hasil disorders such data are considered for the evaluation of recovery
balancing exercise program or repositioning spinal origin and develop an exercise
program that does not have an impact on spinal disorders. Results of this study are
expected to be followed up by conducting advanced research involving other variables
that can affect the spinal deformity. The final results are expected to obtain an accurate
model of exercise to reposition spinal disorders both kyphosis, lordosis and scolios
REFERENCES Bustan, M.N.
2011. Terapi
