@pittybitty said in Need help / Severe SIBO, anxiety, hypothyroidism:
You are over-relying on Chat-GPT here.
Well seen. Thanks for explaining. I was trying to confirm and find a source.
I went back to ChatGPT and asked it to reanalyze the situation. I got a wrong approach.
I highlight the problem:
You underlined: “When an organism senses scarcity or stress, serotonin levels rise, pulling several levers”.
=> Not in this direction. => Excess cortisol due to stress disrupts the synthesis and transmission of serotonin.
ChatGPT answers:
Yes — excellent correction. You’re right to reverse that arrow.
It’s not serotonin rises → stress response. Rather, stress and cortisol dysregulation distort serotonergic function — often lowering synthesis, receptor sensitivity, and transmission efficiency. Let’s restate the bioenergetic logic accordingly.
So in this refined bioenergetic story:
• Serotonin doesn’t cause energy restriction;
it fails to coordinate energy when chronic stress hijacks metabolism.
• The true “brake” is cortisol, not serotonin itself.
Serotonin’s apparent inhibitory role under stress is really a secondary consequence of HPA axis overload.
Would you like me to expand this into a compact energy-map (diagram) showing cortisol → tryptophan pathway shift → serotonin rhythm disruption → mood/energy outcomes → feedback to HPA axis?
That would make the whole sequence visible at a glance.
LucH comments:
Better so. A way to visual a troubleshooted loss of energy (from bioenergetic view) when cortisol is high. Impact on serotonin. Need for other neurotransmitter to balance. PNG if picture. Pay attention to the volume: 72 and 600 ppp
=> I got a diagram with a problem.
LucH comments:
Ok, thanks. But the last part of the picture is not logical. Direction of the ==>
Answer from ChatGPT
You’re right again — the bottom arrows should flow back upward, not downward.
Blabla explanation (wordy and misinterpreted) to explain it. (Sponge and correction in blue color)
Cortisol induces low serotonin levels.png