10,000 schoolchildren to be screened in Hyderabad

Hyderabad: Spinal deformities characterised by abnormal curvature of the spine are usually found in children below 14 years of age. However, due to lack of awareness and absence of medical screenings, late presentation of disease remains a major problem in India. In a first of its kind initiative in India, the Association of Spine Surgeons of India (ASSI) has launched a major scoliosis screening program for school children across multiple cities with an objective to increase early identification and spread awareness.

Under the project, ASSI is working with a series of schools in Hyderabad with an objective of screening an estimated 10,000 children studying across different schools in the city. The study will help the organization collect much-needed data on the prevalence of spinal deformity while identifying kids who need medical intervention.

"The nationwide screening program aims to reach around 1 to 1.5 lakh school children in two years. While the first phase will target schools in 14 cities including Hyderabad, thereby the screening program is expected to be extended to other cities also. ASSI also plans to launch an e-learning programme for consumers and one part of it will be on spinal deformities which would enable common people to identify spinal deformity. Notably, several online applications such as Scoliometer and Angle meter are available for people to check for spinal deformities themselves. The ASSI awareness program will also educate parents about their availability and usage", said Dr H S Chhabra, President, ASSI and Chief of Spine Service and Medical Director, Indian Spinal Injuries Centre, New Delhi.

Early identification of abnormality increases treatment options and helps reduce the progression of deformity as the child grows. As the apex body of spine surgeons in the country, ASSI has also recommended that all children between 10 to 14 years of age be screened for spinal abnormality. Spinal deformities such as scoliosis and kyphosis need to be identified early so that effective intervention can be undertaken to prevent deformity progression which can affect a person's appearance as well as health.

"Such deformities can have devastating consequences on cosmetic appearance and neurological function. While many cases of curvature are mild and require only ongoing observation, other cases can worsen with time and require active treatment such as bracing and surgery. Screening for spinal deformity is an established process worldwide. However, in India we do not have comprehensive screening programs that result in late presentation of the condition. Through our screening program, we aim to reach out to around 10,000 kids in each city. This will be a first of its kind major initiative conducted country wide," adds Dr HS Chhabra.

The purpose of a scoliosis screening program is to identify students with spinal curvatures that will require further follow up by a healthcare provider. Collation of long term data under the study will help experts to study the prevalence of spine deformities and their prognosis in India. Notably, there exists a paucity of comprehensive studies and data on this subject in India.

In the first phase, ASSI has reached out to schools in Delhi, Mumbai, Chennai, Coimbatore, Bangalore, Bhubaneswar, Indore, Lucknow, Patna, Kolkata, Ahemdabad, Pune, Trivandrum and Hyderabad. Under the drive, parents and children will be educated on the subject and spine screening will be conducted for children who consent to participate in the study. The spine examination will be conducted by medical officers or nurses at the school after they are trained by the ASSI task force member of the city. Free counseling of the parents by the concerned spine surgeon (task force member) will be facilitated and treatment process initiated where required. All the data thus collected will be private and confidential.

The prospect of spinal surgery often intimidates people. It is therefore important to raise awareness among people about safety, effectiveness and improved surgical outcomes of spinal surgeries today. Recent advances such as neuromonitoring and robotic surgery have in many ways revolutionized spinal surgery. While neuromonitoring allows monitoring of the nervous system and neural structures during surgery, computer-assisted navigation and surgical robotics minimize risk of complications and reduce exposure to radiation. Spinal deformity can be effectively managed and corrected with the help of these advanced surgical tools.