
RRMS-
Cause 1: Chronic high stress induces atrophy of hippocampus and hpa-axis dysregulation. This dysregulation, in concert with CYP450 crappy genes, yields extra-hyper response in hpa-axis. The resulting high cortisol and aldosterone act together to give us lesions but slow, easy progression. In RRMS, some sensitivity to GC remains allowing periods of remission and irregular progression. Correction of hpa-axis dysregulation halts MS. (That would be me, I think. I'm testing that hpa-axis correction theory as I type)
Cause 2: Compression of RVLM and adjacent cranial nerve roots, either by CSF or skeletal compression, yields markedly greater symptoms of motor issues and autonomic dysfunction. Compression of vagus nerve interferes with negative feedback loop governing hpa-axis. CYP450 crappy genes cause extra high cortisol and aldosterone which in turn give us lesions. GCRs maintain some sensitivity to GCs allowing periods of remission and irregular progression. Decompression of RVLM and cranial nerve roots yields improvements and stops MS if hpa-axis corrects.
Cause 3: Compression of RVLM and adjacent cranial nerve roots, either by CSF or skeletal compression, yields markedly greater symptoms of motor issues and autonomic dysfunction. Compression of vagus nerve interferes with negative feedback loop governing hpa-axis causing dysregulation. In absence of crappy CYP450 genes, cortisol and aldosterone levels do not increase as greatly as in cause 1 and cause 2 so lesions are few to none. Relapses and remissions can be attributed to fluctuations in RVLM and cranial nerve root compression. Decompression renders recovery and cessation of MS if hpa-axis is corrected.
SPMS-
Same as RRMS cause 1 and 2 only due to long overexposure to excess cortisol, all sensitivity to GC is gone yielding steady progression. Correction of hpa-axis dysregulation halts MS.
or
Same as RRMS cause 3, but RVLM and cranial nerve compression are no longer spontaneously relieved. Decompression results in partial recovery and stops MS if hpa-axis corrects.
PPMS-
With lesions: Consistent compression of RVLM and adjacent cranial nerves causes motor, autonomic, and hpa-axis dysregulation. Lesions are caused by crappy CYP450 genes which cause hippocampus atrophy, greater release of cortisol and aldosterone than in people with good CYP450 genes and dysregulation. Decompression results in partial recovery. MS stops if hpa-axis is corrected.
No lesions: Consistent compression of RVLM and adjacent cranial nerves causes motor, autonomic, and hpa-axis dysregulation. Lesions are few to none as the crappy CYP450 genes aren't involved. Decompression results in partial recovery and cessation of MS if hpa-axis is corrected.
Edited to remove my disproven neurovascular compression theory...replaced with CSF compression.