My brother's genetic profile:
COMT-V158M-Genotyp M/M
MAOA-Gen (30bp-VNTR) Low
BDNF Val66Met-Polymorphismus V/V
Serotonin-Transp.-Promoter PCR Genotyp K/L
Not sure if translated correctly:
"Overall assessment - neuroendocrine stress axis:
Based on the genotypes present, it is to be expected that catecholamines will be degraded with a delay both by COMT and by MAOA. Overall, therefore, catecholamine breakdown is slowed down significantly. This genetic constellation is associated with an increased release of the stress hormones cortisol and ACTH (Jabbi et al, Molecular Psychiatry 2007). With the patient's BDNF genotype, there is a risk factor independent of COMT, MAOA and proinflammatory cytokines for hyperactivity of the neuroendocrine stress-axis."
Convergent genetic modulation of the endocrine stress response involves polymorphic variations of 5-HTT, COMT and MAOADoes norepi decrease my IFN-g post O? If so then its suppression takes too long with other words catecholamine breakdown is slow.
"
endogenous catecholamines may cause a selective suppression of Th1 responses and cellular immunity"
The Sympathetic Nerve - An Integrative Interface between Two Supersystems: The Brain and the Immune SystemI have had similar symptoms, where if I get incidentally aroused by something (which happens unfortunately often during abstinence), the arousal chemicals seem to be stuck in my brain for many hours afterwards. To your point this is not pleasurable at all and is frankly a gross feeling. I haven't figured out any way to get rid of it other than waiting it out and trying to distract myself.
If I have a flare of arousal then I get the same impression of something that isn't cleaned up fast enough.
I had stress lately and got stuck in a stress state, I couldn't get out, trapped. Something in my calves spasmed slow and subtle during this scenario. This effect is a bit similar after I pass the point of no return but just before orgasm, the difference is that it then spasms more frequent and fast within a small timeframe, these are small areas, I don't get the impression they are muscle groups (perhaps muscle fibers or blood vessels).
CRH in major depression:
"Patients suffering from MD are known to exhibit hypersecretion of CRH, coupled with an elevated CRH concentration in the cerebrospinal fluid and a blunted ACTH response to exogenous CRH administration."
CRH can trigger mast cells --> VEGF.
SP from nerve endings can increase CRHR-1 on MCs leading to higher stress sensitivity.