Relationship Between Spine Coronal Alignment and Lower Limb Biomechanical in Scoliosis

N/AActive Not RecruitingNCT06276972

Delta University for Science and Technology89 enrolled

Overview

To examine the relationships between spine coronal alignment and lower limb biomechanical parameters in scoliotic adolescents

BACKGROUND: Adolescent idiopathic scoliosis is one of the most common orthopaedic diseases affecting the spine during adolescence. Numerous studies deal with the aetiology of the disease, X-ray morphology and classification of curvatures and how the disorder disrupts the spinal biomechanical balance, however the disorder is a complex three-dimensional deformity that affects the body as a whole, and these effects must not be overlooked. No cross-section studies were found assessing the connection between sagittal or coronal balance and the biomechanical parameters of the lower extremity. HYPOTHESES: Null hypothesis There are no statistically significant relationships between spine coronal alignment and lower limb biomechanical parameters in scoliotic adolescents. RESEARCH QUESTION: What are the relationships between spine coronal alignment and lower limb biomechanical parameters in scoliotic adolescents? PURPOSE: To examine the relationships between spine coronal alignment and lower limb biomechanical parameters in scoliotic adolescents

Study Type

OBSERVATIONAL

Enrollment

Conditions

Scoliosis

Interventions

no interventionOTHER

there's no intervention. it's a cross sectional study correlation study

Eligibility

Sex: ALLMin age: 10 YearsMax age: 18 Years

Medical Language ↔ Plain English

Inclusion Criteria: * Adolescents with age 10-18 years * complaining of dorsolumbar scoliosis * curves (apex lies between D10 and L4) * curve magnitudes greater than 15 degrees and less than 90 * using or not using brace * all maturity levels (Risser = 0-5) Exclusion Criteria: * Other types of scoliosis ; congenital or neuromuscular * Current physical therapy or medical treatment for scoliosis, * Contracture or surgery affecting the lumbar spine or lower limbs * Pathologies such as inflammatory diseases * congenital anomalies * Neurological disorders like cerebral palsy or ataxia * dislocations * visual or auditory problems

Locations (1)

Delta university for science and technology

Gamasa, Dakahlia Governorate, Egypt

Outcomes

Primary Outcomes

Cobb's angle

Cobb's angle for dorso-lumbar scoliosis. The angle of the curve apex from D10 to L4 will be assessed by computed radiograph (X-ray computed scanogram)

Time frame: at the enrollment

Coronal balance

Coronal balance estimated by the distance between plumb line and central sacral line from Anetroposterior x-ray view assessed by computed radiograph (X-ray computed scanogram )

Time frame: at the enrollment

length of the the tibia and femur

The length (in centimeter) of the Tibia and femur will be assessed by computed radiograph (X-ray computed scan-gram)

Time frame: at the enrollment

tibiofemoral angle

The tibiofemoral angle (TFA), or knee angle, is defined as the angle between the anatomical axis of femur with the anatomical axis of tibia. It will be assessed (in degrees) by computed radiograph (X-ray computed scan-gram)

Time frame: at the enrollment

knee joint line convergence angle

The knee joint-line convergence angle (KJLCA) h is the angle made by a tangential line between the femoral condyles and the tibial plateau. It will be assessed (in degrees) by computed radiograph (X-ray computed scan-gram)

Time frame: at the enrollment

lower limb mechanical axis; and mechanical axis deviation

The mechanical axis of the lower limb, also called the Mikulicz line, is drawn by connecting a point in the center of the femoral head to a point in the center of the ankle. The value of the deviation is measured in millimeters and is named mechanical axis deviation (MAD). It will be assessed by computed radiograph (X-ray computed scan-gram).

Time frame: at the enrollment

Data from ClinicalTrials.gov

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