Post-prandial warmth

[b_jim]

edited and renamed from "post-prandial inflammation".

I'm not sure it's inflammation because I'm probably not an allergic case. I don't know.
But Habibou seems to have the same symptoms AND HE IS an ellergic case (next post).

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About 20-30 minutes after meal, Day 0, and about 2 or 4 hours after ejaculation I feel a warmth or hot flash. The meals just before orgasm seems to influence it too.

Since 2008, I stopped to eat tons of sugar, starch and junk food. It improves my Pois a lot.
If I eat a lot of carbohydrates and a heavy meals (sugar seems to have the most influence), I have a lot of warmth and my Pois is longer (2,3 to 4 days).
If I take light meals, I have less warmth and my Pois is very short.
I have tested glycemia during the warmth episode and the levels are normal. Need to retest.

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Insuline ? Testosterone is linked to insuline.
Cofactor of insuline synthesis :
- Vitamin B3
- B6
- D
- Zinc
- Manganese
- Chromium
- B1  
- ...

- Dopamine ?

[Habibou]

I feel exactly the same as you  When I eat fish and light, I do not feel tired compare to another not healthy meal...
The fact that dopamine is used a lot for digestion can explain this post meal disorder !
Have going to take some neuroleptic to decrease dopamine during the digestion and increase it in the brain...

[b_jim]

I up this topic ... 6 years later...

What's new on this subject ?

1/ Dopamine play a key role in digestion : dopamine slows down gastro-intestinal tract. Interesting if we consider diarrehas, yellow stools and fast metabolism.

2/ Inflammation cuts dopamine normal release. It explains the lack of motivation after illness.

[swell]

Your observations are quite the contrary to what has been understood by research as well what I personally experience on a daily basis.  The problem with dopamine being that it affects people differently, depending on their receptor (d1 vs d2) variations, depending on the amount of dopamine spike (low vs high) as well their fight/flight response and predispositions.  In general, dopamine would attenuate the muscle contractions essential to GI motility in the small as well large intestine, and in general it would decrease HCL secretion in stomach causing the stomach emptying to be slower, with a net increase in GI motility overall (stomach, intestine, colon taken as whole).  Usually what has been observed is that people with slower motility have a net increase in gut motility and vice versa, in people with faster motility they experience a slow down.  In my case, my gastric emptying was terribly slow and chronic constipation , and a low-dose amphetamine worked wonders for me.  I do take Betaine HCL to counter the stomach slowdown process though.

I up this topic ... 6 years later...

What's new on this subject ?

1/ Dopamine play a key role in digestion : dopamine slows down gastro-intestinal tract. Interesting if we consider diarrehas, yellow stools and fast metabolism.

2/ Inflammation cuts dopamine normal release. It explains the lack of motivation after illness.

[b_jim]

Maybe I difn't understand but here's the quote :

Dopamine also plays a role in the digestive system, ensuring that the contents of the gastrointestinal tract do not pass too quickly.

In the immune system, dopamine alleviates inflammation, which normally helps to prevent the type of fugitive immune response seen in autoimmune diseases.

[swell]

I can help you with this b_jim, if you provide the link or some ref.  (Dopamine has been a topic of my interest)

Maybe I difn't understand but here's the quote :

Dopamine also plays a role in the digestive system, ensuring that the contents of the gastrointestinal tract do not pass too quickly.

In the immune system, dopamine alleviates inflammation, which normally helps to prevent the type of fugitive immune response seen in autoimmune diseases.

[b_jim]

It's a french article :
https://www.emtics.eu/sante-generale/dopamine-un-neurotransmetteur-sante-au-quotidien/

I look for english one.

It seems it depends of the area concerned :

http://grantome.com/grant/NIH/R01-DK035783-01A1

In man dopamine inhibits motility in the upper gut, but stimulates motility in the colon.