Rupture of Anterior Cruciate Ligament
Conditions
Keywords
ACL, Rupture of ACL, Donor site, Peroneus Longus Graft, Distal Stump, Peroneus Brevis
Brief summary
Injury of the Anterior Cruciate Ligament (ACL) is one of the most common sports injuries. The incidence rate reaches 68.6 cases per 100,000 people per year. Management of ACL injuries for individuals who want to return to the level of exercise activity as before, mostly in the form of reconstructive surgery. As many as 60,000 to 175,000 cases of ACL reconstruction per year are carried out in the United States At present, many reconstructive surgeries are performed by taking tendon grafts on the patient's own body (autograft) to then be used instead of the ACL. The most widely used graft sources are Hamstring and Bone-Patellar Tendon-Bone (BPTB) grafts. Other alternative grafts are Quadriceps tendon, Fascia Lata, Iliotibial Band, and Peroneus Longus Tendon. Each graft retrieval technique has advantages and disadvantages. BPTB graft has the best tensile strength and bone union with bone, but the complications of anterior knee pain are also quite common (5-55%). Hamstring grafts and Quadriceps grafts minimize the complications of anterior knee pain, with fairly good tensile strength, but the union of grafts with bone takes longer. The loss of Hamstring tendons also causes a decrease in muscle strength in Hamstring, where Hamstring has an important role in preventing the anterior translation of the tibia Peroneus Longus Tendon graft is an alternative graft developed to minimize complications associated with graft use from the area around the knee. Peroneus Longus tendons also have tensile strength similar to Hamstring tendons. As with other graft extracts, Peroneus Longus tendon graft is also accompanied by complications in the donor site. Possible complications arising from the loss of the Peroneus Longus tendon include ankle instability and decreased flexion strength of the 1st ray and ankle eversion. Research carried out by Bancha et al showed a reduction in flexion strength of 1st ray and ankle eversion significantly, without any instability in the ankle. Peroneus longus provides 5.5% strength for moderate dorsiflexion for ankle eversion movements, peroneus longus is the main muscle. But in other studies it is said that the use of peroneus longus graft does not interfere with the stability of the ankle and ROM. Does not even affect the functional outcome of the ankle However, in a study conducted by Bancha et al and Kerimoglu et al., The technique used for taking Peroneus Longus graft tendons did not include suturing in the distal stump of Peroneous Longus. So with this study, researchers wanted to find out whether different results would be found related to donor site complications if the technique used included suturing the distal stump of the Peroneus Longus tendon against the peroneus brevis tendon
Interventions
PROCEDUREDistal Stump Suturing
in ACL Reconstruction case , Group A consist of subject with operation procedure suturing the distal stump peroneus longus against the peroneus brevis in ACL reconstruction using the peroneus longus autograft.
Sponsors
Indonesia University
Study design
Allocation
RANDOMIZED
Intervention model
PARALLEL
Primary purpose
TREATMENT
Masking
QUADRUPLE (Subject, Caregiver, Investigator, Outcomes Assessor)
Eligibility
Sex/Gender
ALL
Healthy volunteers
No
Inclusion criteria
* Patients with total ACL rupture using peroneus longus graft * The suturing procedure for the distal stump peroneus longus against the peroneus brevis tendon is performed by orthopedic specialists or resident chiefs who have been given training in advance.
Exclusion criteria
* Osteoarthtis Knee Kellgren-Lawrence III and IV * Osteoarthtis Knee Kellgren-Lawrence III and IV * Flatfoot as evidenced by physical examination and footprinting
Design outcomes
Primary
| Measure | Time frame | Description |
|---|---|---|
| Preoperative hand dynamometer value | This measurement was carried out at the preoperative setting | Value of objective measurement of the strength of the medial part of the plantarflexion in the one metatarsal head with the hand of the Dynamometer when the patient is supine. The measurement is done 3 times and the value used is the average of the 3 times the measurement. Healthy ankles were also examined as a comparison with the same measurement method. There is no minimum and maximum value, and the higher value the better the outcome |
| Three-months postoperative hand dynamometer value | This measurement was carried out at 3 months postoperatively | Value of objective measurement of the strength of the medial part of the plantarflexion in the one metatarsal head with the hand of the Dynamometer when the patient is supine. The measurement is done 3 times and the value used is the average of the 3 times the measurement. Healthy ankles were also examined as a comparison with the same measurement method. There is no minimum and maximum value, and the higher value the better the outcome |
| Six-months postoperative hand dynamometer value | This measurement was carried out at 6 months postoperatively | Value of objective measurement of the strength of the medial part of the plantarflexion in the one metatarsal head with the hand of the Dynamometer when the patient is supine. The measurement is done 3 times and the value used is the average of the 3 times the measurement. Healthy ankles were also examined as a comparison with the same measurement method. There is no minimum and maximum value, and the higher value the better the outcome |
| Preoperative Clark's Angle Value | This measurement was carried out at the preoperative setting | the value of the objective angle measurement on the footprint by drawing a line from the medial side of the one metatarsal head and the heel against the second line which is connecting the one metatrsal head and the peak of the medial longitudinal arch. Clarke Angle of \< 31° means there is tendency to flatness and/or pronation. angle of 31° to \< 45° is the normal range. Clarke Angle of \> 45° means there is tendency to cavus foot |
| Three-months Clark's Angle Value | This measurement was carried out at the 3 months postoperatively | the value of the objective angle measurement on the footprint by drawing a line from the medial side of the one metatarsal head and the heel against the second line which is connecting the one metatrsal head and the peak of the medial longitudinal arch. Clarke Angle of \< 31° means there is tendency to flatness and/or pronation. angle of 31° to \< 45° is the normal range. Clarke Angle of \> 45° means there is tendency to cavus foot |
| Six-months Clark's Angle Value | This measurement was carried out at the 6 months postoperatively | the value of the objective angle measurement on the footprint by drawing a line from the medial side of the one metatarsal head and the heel against the second line which is connecting the one metatrsal head and the peak of the medial longitudinal arch. Clarke Angle of \< 31° means there is tendency to flatness and/or pronation. angle of 31° to \< 45° is the normal range. Clarke Angle of \> 45° means there is tendency to cavus foot |
| Preoperative the American Orthopedic Foot and Ankle Score (AOFAS) | Examination carried out 4 times for each patient in preoperative setting | the questionnaire for assessing the function of both injured feet and ankles and the knee that is in the process of healing. AOFAS score has the range of value of 0 to 100. 0 is the worst value and 100 is the best value possible |
| Three months postoperative the American Orthopedic Foot and Ankle Score (AOFAS) | Examination carried out 4 times for each patient in 3 months postoperatively | the questionnaire for assessing the function of both injured feet and ankles and the knee that is in the process of healing. AOFAS score has the range of value of 0 to 100. 0 is the worst value and 100 is the best value possible |
| Six months postoperative the American Orthopedic Foot and Ankle Score (AOFAS) | Examination carried out 4 times for each patient in 6 months postoperatively | the questionnaire for assessing the function of both injured feet and ankles and the knee that is in the process of healing. AOFAS score has the range of value of 0 to 100. 0 is the worst value and 100 is the best value possible |
| Preoperative visual analogue scale foot and ankle (VAS-FA) | Examination carried out 4 times for each patient at preoperative setting | the questionnaire for assessing the function of both injured feet and ankles and the knee that is in the process of healing. VAS-FA score has the range of value of 0 to 100. 0 is the worst value and 100 is the best value possible |
| Three-months postoperative visual analogue scale foot and ankle (VAS-FA) | Examination carried out 4 times for each patient at 3 months postoperatively | the questionnaire for assessing the function of both injured feet and ankles and the knee that is in the process of healing. AS-FA score has the range of value of 0 to 100. 0 is the worst value and 100 is the best value possible |
| Six-months postoperative visual analogue scale foot and ankle (VAS-FA) | Examination carried out 4 times for each patient at 6 months postoperatively | the questionnaire for assessing the function of both injured feet and ankles and the knee that is in the process of healing. AS-FA score has the range of value of 0 to 100. 0 is the worst value and 100 is the best value possible |
Countries
Indonesia
Outcome results
None listed