Explaining my Natural Resonance Pineal Gland Magnetic Brain Bliss: Opiate System Enhancement and Asymmetry!

I was talking literally for hours with my aunt yesterday and I mentioned the natural opiate system - talking about runner's high and something else. And she asked me if that opiate system was from the pituitary gland. I had mentioned the pineal gland earlier - how I could feel it as magnetic bliss. So I think she meant the pineal gland.

It is suggested that interactions between the pineal gland and opioid peptides may be involved in the regulation of rhythmic behaviors

Fish can serve as a means to study this...

OK I'll read that article.
 

The presence and actions of opioid receptors in bovine pineal gland

Article· Literature Review (PDF Available) in Journal of Pineal Research 13(3):124-32 · November 1992

 The results of these studies indicate the existence of pineal opioid receptors, which play a pivotal role in the synthesis of melatonin and its action in synchronizing pineal events.

and so this "opiate system" can also get damaged...

 Abnormal states (i.e. drug abuse) could result in altered pineal activity, then in rhythmically altered functions of cerebral opiates and/or monoamine neurotransmitters. This may led to the development of a “reward - urge for drug rhythm” resulting in craving, ending in addiction.

The Pineal Hypothesis for Drug Dependence

Francesco Crespi ¹      

¹Biology, GSK Verona, Italy

 In normal conditions melatonin might be acting as a cerebral "pacemaker", sensitive to endogenous as well as exogenous stimuli in the attempt to maintain an equilibrate circadian interaction between the cerebral activities of endogenous aminergic and opiates systems (probably via a circadian mechanism). However, abnormal states (i.e. drug intake, abuse, addiction) could result in chronically altered pineal functions, resulting in rhythmically higher synthesis and release of melatonin (increased turnover). This could be either an original effect of drug intake or subsequent to modified activity of aminergic (dopaminergic, serotonergic) and/or opioidergic systems following drug abuse ^{32, 33}. This change in the pineal functions could result in a rhythmically abnormal change in the functions of cerebral opiates (which should be reduced) and/or monoamine neurotransmitters, i.e. altered functions of DA in the nAcc (with a rhythmically higher increase and decrease of DA activity) and/or opposite modification of serotonergic functions, which could end in the development of a "circadian" state of reward - urge for drug (craving) resulting in addiction (see the resulting Figure 1).

  Their research on the pineal gland have revealed a genetic connection between left-right asymmetry and day-night cycles.

 wow!! Fascinating! https://medium.com/@humanoriginproject/the-entire-function-of-the-pineal-gland-9b53d6a54019

Today, evidence suggests the pineal gland is the master conductor of the physiology of the brain and body.

 As the master conductor of the body, the pineal gland is responsible for hormone release from the pituitary gland.

pineal gland asymmetry resonance!

 maintenance of asymmetry between specific odor-perception neurons in worms is important for odor discrimination [16]; and loss of asymmetry in parts of the fly brain diminish long-term memory [17].To take the question further: Why is coordinated asymmetry in a population important? How do the behaviors regulated by the pineal complex and the habenular nuclei benefit from population-level coordination of laterality?

 


 wow - fascinating!!! Yes indeed.