Curvature of the Spine: Detecting Scoliosis in Children

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Physiotherapist Katherine Gatherer explains how scoliosis can be detected and treated in adolescents.

Image showing the curvature of the spine on a young boy: Scoliosis in Children

Scoliosis is a side-to-side curvature of the spine. It can develop during childhood, teenage years, or adulthood, but is most commonly noticed during the years of rapid growth in girls age 9 to 14 and boys age 11 to 16. This is most the common type of scoliosis, known as Adolescent Idiopathic Scoliosis. “Idiopathic” means “of unknown cause” however there can be genetic factors as scoliosis tends to be hereditary. Any parent who has scoliosis should send their children for screening and any adolescent who is found to have scoliosis should send their siblings for screening. Diagnosis, treatment, and monitoring are important as spinal deformity can cause pain and dysfunction in the musculoskeletal system, as well as dysfunction of the heart and lungs.

Importance of early detection

Early detection is crucial because the onset of Adolescent Idiopathic Scoliosis (AIS) is gradual. Curve progression usually coincides with the adolescent growth spurt. The development of the curvature usually goes unnoticed by the parent and child because it is not obvious initially and pain is rare in the early stages. Scoliosis is not normally noticed until the curvature has developed however early detection and conservative treatment may preclude the need for some children to undergo major surgery.

Scoliosis screening

Scoliosis screening needs to be done by medical specialists. A child would be screened from the back, front, and side in a standing position and also in a bent-over position to enable the screener to identify a possible spinal deformity. For the visual screening, the screener stands 1-2 metres from the tape mark on the floor and observes the child for certain asymmetries which are detailed in a standardised check-list. If deemed appropriate, the screener may measure the child’s leg length in a standing position to identify leg length discrepancy. The screener may also use a scoliometer, a small devise used to measure spinal rotation. This will be performed in a bent-over position known as

“Adams Forward Bend Test”.

Treatments of scoliosis

Early detection, timely intervention and ongoing monitoring can help reduce the progression and impact of scoliosis in a growing spine. For mild curves, which are the great majority, conservative treatment using personalised home exercise therapy can be very beneficial. For growing children, a regular check-up every four to six months is recommended to detect curve progression. For moderate curves, a more frequent monitoring may be needed and require further intervention. X ray imaging and referral to an orthopedic specialist may be required.

Scoliosis Screening for local schools

In-school screening for idiopathic adolescent scoliosis is already underway in local schools in Hong Kong, but the international schools are not covered by this programme. However, according to medical studies, the prevalence of Adolescent Idiopathic Scoliosis is higher among Caucasians (8.1%) and Afro-Americans (9.5%) than Hong Kong Chinese (2.8%), therefore the need for in-school screening of international schools is higher. In some countries the need for scoliosis screening has long been recognised by law.

Scoliosis screening community service programme

City Osteopathy Integrated Health last month launched a scoliosis screening community service programme. The purpose of the programme is to identify spinal deformity in students from international schools in Hong Kong so that treatment can be started immediately and reduce its development in a growing spine. Their physiotherapists or osteopaths examine the participants six months to yearly during the risk years (age 9-16 years). Through early detection more optimal treatment can be obtained. www.cityosteopathy.com.

Katherine Gatherer studied BSc (Hons) Physiotherapy in the UK and more recently became a Fellow of Applied Functional Science, at the prestigious Gray Institute in the USA. She applies 3D movement approach to her assessment and treatment.

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