A disease without a cure
Spinal muscular atrophy is one of the most serious degenerative neuromuscular diseases in children and, although it is rare, it results in high rates of mortality in the babies and children it affects. It is of genetic origin and causes progressive general muscular weakness. This loss of strength leaves the child prostrate which is when the most drastic effects of inability to walk set in- such as escoliosis and osteoporosis- which also cause lung disfunction, jeapordising the child's survival.
Type 1, the most severe of the three types, is diagnosed in the first few months of life. Babies seldom make it through their first 18 months.
Type 2, which the exoskeleton is aimed at combating, can be diagnosed between the first 7-18 months of life. Children who show symptoms are never able to walk, thus leading to a serious decline in their health. Children's life expectancy is seriously affected by this lack of mobility and any respiratory infection becomes critical to over-twos. There are however cases of some sufferers who reach adulthood.
Diagnosis of Type 3 is made once a child reaches 18 months, although the symptoms don't become evident until adolescense, when sufferers lose the ability to walk. In this final case, life expectancy is normal, though with a reduced quality of life", comments Garcia.
By using the device, Elena García and her team hope to help patients walk and in so doing prevent the setting in of escoliosis, as well as the chain of resulting conditions caused by the anability to stand upright and walk.
With finance coming from the Spanish Ministry of the Economy and Competition, and through the EU's Echord ++ programme, the project is being carried out with the help of medical specialists at the Sant Joan de Déu Children's Hospital in Barcelona and the Ramón & Cajal University Hospital in Madrid.
The official awareness ribbon color for Spinal Muscular Atrophy (SMA) is Ivory and also includes a rose picture. SMA is a genetic disorder that affects the control of muscle movement. It is caused by a loss of specialized nerve cells, called motor neurons, in the spinal cord and the part of the brain that is connected to the spinal cord (the brainstem).
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