As much as one person in each ten has some kind of dyslexia. Dyslexia is a condition marked by difficulties of processing visible data. It leads to issues with reading and with processing particular sorts of visible info. The reasons for dyslexia have been under exhaustive study in the last twenty-five years. So what do we all know about it? What causes dyslexia? Is it able to be cured? What can be done about it? Analysts now believe that, at base, dyslexia is a neuronal migration disorder that impacts the development of the human brain. Neurons, the nerve cells which make up the brain’s AI network, are developed out of stem cells some distance from where they have to eventually finish up. This distance can be thousands of times the diameter of these cells. Correct neural development demands that these cells migrate, move over from where they’re formed, to where they’re optimally needed to be. In the brains of folks with dyslexia, a few of these neural cells have not migrated to their correct place, judging by where they’re in the brains of non-dyslexics.

Why did this happen? Reputedly the causes can be widely diversified. The sort of neuronal migration problem that seemingly causes dyslexia can come from some kind of shock or interruption, or the breakdown and failure of certain signals from the genetic code that don’t get broadcast or translated correctly. These interruptions don’t all share identical cause. They can be due to infections, mechanical injury to the brain, poisonous exposure, intrauterine strokes, even by genetic factors.

In all cases, they reflect an upset to the developing brain during gestation, a little time between sixteen and twenty-four weeks. Therefore whether a given individual will be dyslexic seems to have just been determined well before they are born. There’s also a genetic link. Current studies imply the gene known as DCDC2 could be a major causative allow for up to twenty percent of dyslexia cases. Whether the gene causes dyslexia or sets up conditions that let it to develop is still unclear. Can dyslexia be cured? No. Is it able to be prevented?

Can its effects be overcome? Analysts are working feverishly to grasp precisely what goes pear shaped with the neuronal migrations. They need to know how these migrations are meant to work, what makes them go right. And the way to forestall any deviations that could be factors behind dyslexia.

What can be done about it? A great amount, once enough testing has been done to correctly identify it. Each case is dissimilar, so an exhaustive diagnosis is required to figure out the kind of dyslexia and its severity. Fitted out with that info doctors and teachers can go to work, help the dyslexic to conquer the issues. The human brain is fantastically complicated and adaptive. There are multiple neural paths; if one path does not work as well as it should, then another can be developed to compensate. (Follow a link below and read the tale of Barry Ball, aged 51, to better understand) the difficulty is that 90-95% of adult dyslexics are ignorant that dyslexia is their problem. Way back they were given catalogued as “slow learners” or “a bit dense” and it has followed them all of their lives. They try with the condition, try and hide it even, but have come to acknowledge that they’re “different”. If they might be tested and diagnosed, there are methods around virtually all the issues that stem from dyslexia. There is virtually nothing that non-dyslexics can do that diagnosed dyslexics can’t. So what can be done about it? We will continue to study, research and better understand the reasons behind dyslexia.