Brain MRI heterogeneity of the cervical cord
Posted: Thu Jan 13, 2011 2:32 am
"In conclusion, and compared with an earlier control you get the impression of small deterioration, due to the presence of diffuse heterogeneity of the cervical cord along it's election without apparent outbreak of pathological lession"....
Has anyone heard it before?
The doctor that made the MRI, not the neurologist, told us that it seem's like the body has send it's army to fight for something. It was the first time we saw this. I can't find anything by googling it...Our friends from the greek forum had interesting ideas:
That it might be partial atrophy of the nervous tissue, this kind of MRI image can't be explained from autoimmune theory...Another suggestion is that this image fits with the Schelling theory:
The spinal cord is forced to sudden palidromes movements due to the violent displacement of cerebrospinal fluid. Because it is supported by denticulate ligaments, there is pressure at that point. In order to deal with the pressure it increases the production of astrocytes that "choke" the axons. This difference in the density of the structural tissue (astrocytes) may be the subject of observation.
Interesting don't you think?
Has anyone heard it before?
The doctor that made the MRI, not the neurologist, told us that it seem's like the body has send it's army to fight for something. It was the first time we saw this. I can't find anything by googling it...Our friends from the greek forum had interesting ideas:
That it might be partial atrophy of the nervous tissue, this kind of MRI image can't be explained from autoimmune theory...Another suggestion is that this image fits with the Schelling theory:
The spinal cord is forced to sudden palidromes movements due to the violent displacement of cerebrospinal fluid. Because it is supported by denticulate ligaments, there is pressure at that point. In order to deal with the pressure it increases the production of astrocytes that "choke" the axons. This difference in the density of the structural tissue (astrocytes) may be the subject of observation.
Interesting don't you think?