30 June,2010 07:56 AM IST | | Anshuman G Dutta
Rare bone graft surgery enables Delhi boy with unique disorder gain more than a feet in height.u00a0 Only a handful of exponents of the procedure are left in the world
Mohit Singh, 14, had never dreamt of walking on his legs. By the time the class VI student of Kendriya Vidyalaya realised that he is suffering from a rare disease called Resistant Rickets his parents had lost all hope of ever seeing their son stand tall.
Mohit Singh with his family
But Mohit, who was once only four feet tall, now stands tall at five feet and three inches, thanks to a brave surgeon who performed a rare operation on the young Sikh lad to help him defeat the rare strain of rickets.
"It feels good and I am waiting for the rings to come out so that I can walk freely. Now no one will make fun of me in the school," an elated Mohit told MiD DAY.
Mohit was three-year-old when his parents realised that there is something wrong with their son. "He would fall regularly while walking. After a series of blood tests doctors told us about his rare complication called Resistant Rickets which leads to lack of calcium in the bones. We took him to several doctors but there was no improvement and we had lost all hope," said Mohit's father Jaspal Singh, who is employed with Airports Authority of India (AAI).
Things took a dramatic turn two years ago when Mohit's father met Dr Subhash Shalya, director and chief orthopaedic surgeon, Indraprastha Apollo Hospitals. Dr Shalya is one of the rare orthopaedic surgeons in the country who specialises in the complicated medical procedure called Ilizorov Technique.
The technique is non-evasive and considered one of the most complicated orthopaedic treatment procedures as an artificial gap is created between the bones to allow them to grow for the desired results. Mohit is one of the numerous successful cases handled by Dr Shalya and he has created a sort of world record by increasing his height by exactly a foot or 12 inches.
"It's a very difficult process where the bones are artificially broken to create a gap between them. Human bones have their own regeneration capability and once the surgery is over the body starts generating the new bones in the gap. After years of research we have found that the length of the human bone increases by one millimetre per day. Using this method we can cure a number of bone disorders and several other orthopaedic complications," said Dr Shalya.
Regeneration |
Human bones once clinically broken and separated grow at the rate of 0.25 mm every six hours. Doctors while treating the patients with Ilizarov Technique keep increasing the distance between the bones which further increases the area to be covered by newly generated bones. "There is a sticky material between the bones called Callus which helps in curing any kind of fracture and injury in the bones. Once the bones are clinically separated the Callus starts the process of generating new bone," said Dr Shalya. He further said that Mohit's case was like climbing Mount Everest as his bones had twisted because of lack of calcium. |
ALSO READ
Climate crisis made crippling April heatwave in South Asia 45 times more likely
In 10 points, know all the allegations against Brij Bhushan Sharan Singh
Shraddha Walkar murder: Order reserved on framing charges against Poonawala
HC stays order to book man for rape after victim says they got married
22-year-old man killed following quarrel in southwest Delhi
The Ilizarov way |
The technique was developed by Doctor GA Ilizarov from Russia. The doctor who is considered the father of modern orthopaedic surgery devised the idea to artificially increase the height of the human bone during World War II. While treating the soldiers who had lost their limbs in the war doctor Ilizarov discovered that human bones have tremendous regeneration capability and it can be used to cure a number of limb disorders. After years of research the doctor invented the circular rings, pins and rods to support the bone. With further researches and use of carbon fibres the rods and rings have become lighter in weight and stronger which helps the patients in walking and other exercises. |