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Clinical Trial Details — Status: Completed

Administrative data

NCT number NCT02824172
Other study ID # 69HCL16_0404
Secondary ID
Status Completed
Phase N/A
First received
Last updated
Start date September 2015
Est. completion date December 2016

Study information

Verified date August 2017
Source Hospices Civils de Lyon
Contact n/a
Is FDA regulated No
Health authority
Study type Interventional

Clinical Trial Summary

The disease Osgood-Schlatter is most commonly found in sports teenager growing up apophysose accounting for 28.4% of osteochondrosis by Breck. It relates to 62% of osteochondrosis knee and affects adolescent girls between 10 and 12 and boys between 12 and 15 It is usually considered a benign pathology that cures in the majority of cases. However, in 5-10% of cases there is persistent residual pain in adulthood.

The classic complication is the avulsion fracture of the tibial tuberosity in adolescents who continued his sports without restriction.

The possible consequences are numerous including the presence of a free bone fragment at the insertion of the tendon originally described by Osgood the establishment of a genu recurvatum, a high kneecap or patella alta and an enlarged tibial tuberosity (ATT) annoying sport.

The main two treatments are complete rest from sport activity or cast immobilization.

The main objective is to compare these two technics according to the proportion of full sporting recovering at 12 months


Recruitment information / eligibility

Status Completed
Enrollment 72
Est. completion date December 2016
Est. primary completion date December 2016
Accepts healthy volunteers No
Gender All
Age group 9 Years to 15 Years
Eligibility Inclusion Criteria:

- Boys and girls

- From 9 to 15 years old

- Coming to consult in the Sports' medicine ward

- Patients diagnosed with Osgood-Schlatter disease defined by a swelling of the anterior tibial tuberosity (ATT) , pain on palpation of the ATT , pain with passive knee flexion , pain thwarted knee extension and soft rays in profile knee radiography according to the classification of Woolfrey and Chandler (types A -C

- Unilateral or bilateral

- Previously treated or not

- Agreed to participate

- Agreement of the parents to participate

- Affiliation to national security

Exclusion Criteria:

- Contraindication to the set-up of vascular access in femoral position (femoral Scarpa wound, aortic dissection)

- Local infection

- Hypothermia <32°C

- Need for implementation of arterial catheter only

- Need for implementation of venous catheter only

Study Design


Related Conditions & MeSH terms


Intervention

Other:
cast immobilization group
Patients in this group will have their knee locked with a resin going from the ankle to the top of the thigh for 4 weeks, followed by 4 weeks without cast but with rehabilitation through physiotherapy.
complete sport rest.
Patients included in this group will follow the current standard procedure for this disease that is to say complete sport rest during 8 weeks including rehabilitation through physiotherapy, following the exact same technic as the experimental group .

Locations

Country Name City State
France Department of Sport's medicine, Hospital Edouard Herriot- Hospices Civils de Lyon, 5 Place d'Arsonval Lyon

Sponsors (1)

Lead Sponsor Collaborator
Hospices Civils de Lyon

Country where clinical trial is conducted

France, 

Outcome

Type Measure Description Time frame Safety issue
Primary Restarting a sporting activity Comparison between the 2 groups of the proportion of patient returning to sports activity 12 weeks after treatment. 12 weeks after intervention
Secondary Anterior tibial tuberosity pain Mean pain evaluation using Visual analogic scale between the 2 groups, at Anterior tibial tuberosity palpation Inclusion visit Day 0
Secondary Anterior tibial tuberosity pain Mean pain evaluation using Visual analogic scale between the 2 groups, at Anterior tibial tuberosity palpation follow-up visit week 4
Secondary Anterior tibial tuberosity pain Mean pain evaluation using Visual analogic scale between the 2 groups, at Anterior tibial tuberosity palpation follow-up visit week 8
Secondary Anterior tibial tuberosity pain Mean pain evaluation using Visual analogic scale between the 2 groups, at Anterior tibial tuberosity palpation follow-up visit week 12
Secondary Pain killer consumption Evaluation of pain killer consumption (type, dose ,frequency) between the 2 groups follow-up visit week 4
Secondary Pain killer consumption Evaluation of pain killer consumption (type, dose ,frequency) between the 2 groups follow-up visit week 8
Secondary Quality of life assessment Quality of life will be assessed using the SF-12 auto questionnaire inclusion visit Day 0
Secondary Quality of life assessment Quality of life will be assessed using the SF-12 auto questionnaire follow-up visit week 12
Secondary Quality of life assessment Quality of life will be assessed using the SF-12 auto questionnaire. As the standard follow-up visit are over, this questionnaire will be asked by phone follow-up visit month 6
Secondary Activity level assessment Activity level will be assessed using the Tegner scale inclusion visit Day 0
Secondary Activity level assessment Activity level will be assessed using the Tegner scale follow-up visit week 12
Secondary Activity level assessment Activity level will be assessed using the Tegner scale. As the standard follow-up visit are over, this scale will be asked by phone follow-up visit month 6
Secondary complete sport rest compliance assessment The complete sport rest compliance will be assessed using a visual analogic scale (0 to 10, 0 will be a complete rest compliance) follow-up visit week 4
Secondary painfulness due to immobilization cast The patient in the cast immobilization group will be asked what was the level his/her level of cast tolerance: bad, average, good or very good. follow-up visit week 12
Secondary Quadricipital shortness The Quadricipital shortness will be evaluated thanks to the knee flexion angle will be measured using the modified Thomas test as well as hamstring muscles length measured using the popliteal angle inclusion visit Day 0
Secondary Quadricipital shortness The Quadricipital shortness will be evaluated thanks to the knee flexion angle will be measured using the modified Thomas test as well as hamstring muscles length measured using the popliteal angle follow-up visit week 4
Secondary Quadricipital shortness The Quadricipital shortness will be evaluated thanks to the knee flexion angle will be measured using the modified Thomas test as well as hamstring muscles length measured using the popliteal angle follow-up visit week 8
Secondary Patella size The patella size will be measure on the lateral radiograph using the Caton and Deschamp index inclusion visit Day 0
Secondary Patella size The patella size will be measure on the lateral radiograph using the Caton and Deschamp index follow-up visit week 8
Secondary Radiographic evolution of Osgood Schlatter disease Both clinicians and radiologist will evaluate separately the evolution of Osgood Schlatter disease using a new classification. It is based on 3 parameters: anterior tibial tuberosity fragmentation, thickening of soft tissues and presence or not of an ossicle. follow-up visit week 12
Secondary Potential return to sport activity After a week of training, patients of each group will be evaluated and the clinician will consider the possibility of a potential return to sport activity the week 8 of follow-up follow visit week 8
Secondary Return to sport activity at the initial level Six months after the intervention, patients will be called to evaluate if they were able to return to a sport activity at the same level they were before the disease. This proportion will be compared in between both groups follow visit month 6
Secondary alternative options during the study Each patient will be ask during the phone interview at 6 months if the consulted another physicians or if they used an alternative to that proposed in our study. follow visit month 6
See also
  Status Clinical Trial Phase
Completed NCT02799394 - Effect of Activity Modification and Exercises in Young Adolescents With Osgood Schlatter Disease. N/A