4) Genetic cause could be seen as a current cause or only as an original or historically cause?
Many doctors when don’t know the reason of a problem says that is genetic and game over. Since genes could not be altered (could not?), nothing to do.
Some doctors are saying that about scoliosis and could it be right, but don’t explain what type of cause could it be, at least I could not understand it http://www.sciencedaily.com/releases...0226204549.htm
I don’t know nothing about genetic but I imagine it determine the way in which column would be formed until her completely development. But after, when growth is finished?
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I’m trying to understand the reasons for which many doctors say that is IMPOSSIBLE to reduce significant amount of degrees in a permanent way after growth is finished with conservative treatments. In fact it must to be defined what means permanent for each one.
If just when growth finished would exists a great vertebral wedge, it would seems an evident fact. A column could be seen as a stuck of vertebral bodies and if its has not the same height in both side, is difficult to imagine that stuck straight (unless strong muscles could do that anyway?)
So
5) Always then growth is finished with a severe scoliosis, it exists a great vertebral wedge?
Why it not exist during growing, or it exists? If exist (even a little less) during growth, how could it be than curve could be corrected in this time and not then?
How great it supposed to be finished growth, how could be determined in each case? What about metrics?
Is it like I imagine, only a (simple) matter of geometry to determine the limit of degree's reduction, knowing the height difference in both sides of each vertebra?
6) Why growth’s curve stopped just with column’s growth?
So related with last question, in fact it could be named as 5) a)
If vertebral wedge would be so terrible, it would be a logical reason, because if only the convex side of the vertebra growths, until it not finish, the curve obviously remains growing and then would stop.
But if it’s not so terrible, which could be the reason?
I think it is a gravitate matter. When a curve is done, gravitate force is decomposed in two forces: one vertical and the other horizontal.
During growth, vertebras must to displace inside the trunk (or with it), ever up in a normal column, but if for some unknown reason a curve exists, horizontal force pull its to side and then curve growth, because that force has not an opposite one, unless a brace, (that perform an external force) is used. When growth is finished, vertebras do not displaced any more and curve stops.
I’ think it seems reasonable since mammals has not scoliosis.. unless Sastre (Fed machine) take it’s for experiments.. It could be a different reason (but not opposite) of what he says about the growth’s cartilage in inter vertebral disk space.
I’m right?
Many doctors when don’t know the reason of a problem says that is genetic and game over. Since genes could not be altered (could not?), nothing to do.
Some doctors are saying that about scoliosis and could it be right, but don’t explain what type of cause could it be, at least I could not understand it http://www.sciencedaily.com/releases...0226204549.htm
I don’t know nothing about genetic but I imagine it determine the way in which column would be formed until her completely development. But after, when growth is finished?
-------
I’m trying to understand the reasons for which many doctors say that is IMPOSSIBLE to reduce significant amount of degrees in a permanent way after growth is finished with conservative treatments. In fact it must to be defined what means permanent for each one.
If just when growth finished would exists a great vertebral wedge, it would seems an evident fact. A column could be seen as a stuck of vertebral bodies and if its has not the same height in both side, is difficult to imagine that stuck straight (unless strong muscles could do that anyway?)
So
5) Always then growth is finished with a severe scoliosis, it exists a great vertebral wedge?
Why it not exist during growing, or it exists? If exist (even a little less) during growth, how could it be than curve could be corrected in this time and not then?
How great it supposed to be finished growth, how could be determined in each case? What about metrics?
Is it like I imagine, only a (simple) matter of geometry to determine the limit of degree's reduction, knowing the height difference in both sides of each vertebra?
6) Why growth’s curve stopped just with column’s growth?
So related with last question, in fact it could be named as 5) a)
If vertebral wedge would be so terrible, it would be a logical reason, because if only the convex side of the vertebra growths, until it not finish, the curve obviously remains growing and then would stop.
But if it’s not so terrible, which could be the reason?
I think it is a gravitate matter. When a curve is done, gravitate force is decomposed in two forces: one vertical and the other horizontal.
During growth, vertebras must to displace inside the trunk (or with it), ever up in a normal column, but if for some unknown reason a curve exists, horizontal force pull its to side and then curve growth, because that force has not an opposite one, unless a brace, (that perform an external force) is used. When growth is finished, vertebras do not displaced any more and curve stops.
I’ think it seems reasonable since mammals has not scoliosis.. unless Sastre (Fed machine) take it’s for experiments.. It could be a different reason (but not opposite) of what he says about the growth’s cartilage in inter vertebral disk space.
I’m right?
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