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At the medial
wall of the
lateral femoral
condyle and
inserts into the
middle of theintercondylar
area.
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Specifically, the ACL prevents the uppertibia, or "shin-bone", from slippingforward, out from under the lower end ofthe femur (thigh-bone) during kneetwisting movements and contraction of
the quadriceps (frontal thigh) muscles
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Commonly happen in pivoting sports
Sudden stops Change of dirrections
Acceleration
Deceleration
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twisting or wrenching injury history
heard a pop as the tissues snapped
painfull ( partial tear ), painless (complete tear )
Swollen
Anterolateral rotatory instability Anteromedial rotatory instability
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Red
swelling
Pain
Unstable
warm
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Drawer test
Lachman test
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Lateral pivot shift manoeuvre
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MRI
Arthroscopy
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Normal ACL Torn ACL
Kissing anterior bone
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Acl reconstructions
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Bone pattelar tendon bone ( goldstandart )
Drilling the femoral tunnel
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Prospective Randomised Cohort Study
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To study patient-reported long-termoutcome after ACL reconstruction.
To study whether there were anycorrelations between clinical test whichwere performed 2 years after ACLreconstruction and knee function andknee-related quality of life on anaverage 9,5 years later.
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Unilateral ACL combined with or withoutassociated meniscal injury
Patients with collateral ligament injuries,posterior cruaciate ligament injuries, ACLinjury in the contralateral knee
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The present study comprised 30 malesand 32 females with mean age of 27,5
year at the time of surgery
6 patients were lost to follow-up at 2years.
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Measurement at the 2-year follow-up :
One-leg hop test for distance, isocinetic
muscle torque measurement, sagittal knee
laxity, Lysholm knee scoring scale and Tegneractivity scale
Measurement at 9,5 years later :
Knee injury osteoarthriitis outcome score
(KOOS), short form health survey (SF-36),
Lysholm knee scoring scale and Tegner
activity scale
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Lysholm Knee function : 14 patient < 77,20 patient > 91 (exellent), 22 patient > 77
(good). Tegner activity scale : the decrease in
activity level preoperatively to the 11,5year follow-up was not significant(p=0,18)
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Study group (n = 56)Md (range)
Control group (n = 25)
Md (range)
Pain 94 (67100) 100 (60100)Function, daily life 100 (60100) 100 (47100) Recreation/sport 75 (0
100) 100 (40100) Quality of life 81 (0
100) 100 (44100)
Knee function according to KOOS at the long-term follow- up
after ACL reconstruction in comparison with a control groupof individuals without knee injuries
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SF-36 health survey : no significant differences werefound between the reference group and the
studied patients at their long-term follow-up afterACL reconstruction, when compared to an age-and gender-matched normal population inSweden
Gender : No significant differences in respect ofgender were found in any of the investigatedparameters.
Correlation between clinical assessment 2 and 11.5years after surgery : None of the following threepostoperative variables were significantlycorrelated with KOOS
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discusion
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In 6 month follow-up the Tegner activity
scale of patient have rather low activity
levels but a good knee function asevaluated the Lysholm knee scoring scale,
indicating that there are no severe
problems during daily living .
By the 2-year follow-up they reported aneven better knee function with Lysholm
knee scoring scale, and in addition a higher
activity level according to Tegner activity
scale, indicating that many patients hadreturned to the same activity level as
before injury without severe problems
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patients in this study reported a good kneefunction (KOOS, Lysholm) and a similar degree ofhealth conditions (SF-36) as an age- and gender-
matched normal population in Sweden on anaverage 11.5 years after ACL reconstruction withBPTB graft.
Neither objective nor subjective measurements at
the 2-year follow-up after ACL reconstruction couldpredict long-term results in our patient cohort.
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