I don’t believe that melatonin is anticancer…But where is the flaw in the pro melatonin argument?

Short summary of the thesis of this post:

The clinical trials all assume that if you pee out lots of melatonin, that your body’s levels are high…But a 2009 study showed that when they put people in total darkness for longer periods of time, that their output was lower…

Saliva testing showed that when people sleep more in the dark, which produces more natural internal medicine, that people’s saliva showed LESS melatonin…All the cancer studies suffer from this false assumption…

So they falsely conclude that people with cancer have lower melatonin…But people with cancer are peeing or ‘saliva-ing’ out less melatonin…

Meaning that their levels internally are actually higher…When you pee or spit out more melatonin, that means you are getting tons of daylight…

It is an inverse relationship…This means that people with cancer have higher internal levels of melatonin…Meaning they should not be adding more…They should be getting MORE light, no more darkness…

Forgetting about all the science, we KNOW that people with cancer are low in Vitamin D3 , the sunshine vitamin…

So adding more of a darkness hormone should be a no brainer-meaning NO…

end of summary…

 

It just doesn’t make any sense…

We know that: Tryptophan converts into 5HTP, which then converts into Serotonin, then to Melatonin…

We know that:Estrogen levels go up when Serotonin levels go up…

We know that:Tryptophan can promote cancer…

Interestingly, when subjects slept for extended periods of time, which increases melatonin production, their melatonin OUTPUT decreased…???

Yes…Melatonin OUTPUT levels are DECREASED when humans are kept in continual darkness…

Which means that: People with lower levels of melatonin output will have HIGHER levels of melatonin being used in their Pineal gland…!

Which means that when you test melatonin output levels of people, those people sleeping the most in darkness will have LOWER output levels…

This means that conclusions of previous Melatonin studies are OPPOSITE or false…Previous studies have tested melatonin output levels, & when they have found LOW output levels, they have assumed that melatonin in the body is low…But that is FALSE…

Which means that women in studies whose output levels of melatonin were low, in fact, got plenty of sleep in darkness…In fact, those women would have more sleep in darkness than women whose OUTPUT levels of melatonin were high…

It appears that if you get plenty of sleep in the dark, that you don’t output much melatonin…If you DON’T get much sleep in the dark, you OUTPUT HIGH amounts of melatonin…

Is this the flaw in the melatonin arguments???

I THINK SO!!!!

So when a study says something like this: “An increased concentration of urinary aMT6s was statistically significantly associated with a lower risk of breast cancer “…UNDERSTAND THIS:WHEN MELATONIN OUTPUT IS INCREASED IN SALIVA OR URINE OR WHEREVER, THAT MEANS THAT YOU ARE GETTING LESS SLEEP & THAT YOUR BODY HAS LESS MELATONIN INSIDE!!!! So people who are sleeping LESS, have lower incidence of breast cancer…

Why?

Again, because if you sleep MORE in a dark place, your melatonin OUTPUT is LESS…

If you sleep much LESS, you output MORE melatonin in saliva or urine…More melatonin is excreted rather than used…Those who sleep less have the lower risk of breast cancer…

I BELIEVE THIS IS THE FLAW IN ALL THE MELATONIN STUDIES VIS A VIS CANCER…

ps. I began this study of melatonin & cancer because the lump in my breast got much worse, weirdly textured & bumpy like gravel, when I was taking melatonin…It reverted back to smooth & uniform when I quit…This started my healthy distrust of melatonin…Sari Grove… *a Chinese ‘oncologist’ told me to quit the melatonin, after examining the lump by feel (palpation)…

Some studies:

Melatonin does NOT lower estradiol, nor does a LACK of melatonin cause tumour growth…

(Carcinogenesis
vol.19 no.11 pp.1895–1900, 1998
Melatonin does not inhibit estradiol-stimulated proliferation in
MCF-7 and BG-1 cells)

“…serotonin and melatonin –alongside with tryptophan metabolites (Kaminsky, et al., 1991)– interfere and inhibit the energy-creating metabolic processes such as mitochondrial cell respiration and thyroid function (Mueller, et al., 1976; Rom-Bugolavskaia, et al., 1997; Wright, et al., 1997 & 2000; Peat, Fall 2006, Spring & Summer 2009). Animal experiments demonstrated that one of the side effects of melatonin is its dampening action on cellular energy output (Reyes-Toso, et al., 2003 & 2006; López, et al., 2009), and human studies (e.g., Carman, et al., 1976; Murphy, et al., 1996; Satoh & Mishima, 2001) showed that melatonin, even at a low dose of 0.5mg, decreases body temperature -indicative of metabolic interference.

Another denotation of melatonin’s “down-regulating” activities upon the human metabolism is that sleeping for extended periods in total or near complete darkness, which naturally stimulates melatonin synthesis, decreased melatonin output (Danilenko, et al., 2009), suggesting a systemic defensive biological reaction of the organism to prolonged exposure of the substance.”

” In conclusion, scotopic retinal response to (low-intensity) light and the amount of melatonin secreted are diminished when humans are kept in continuous darkness.”

“Human retinal light sensitivity and melatonin rhythms following four days in near darkness.

Danilenko KV1, Plisov IL, Wirz-Justice A, Hebert M.” THAT MELATONIN OUTPUT IS DECREASED WHEN HUMANS ARE KEPT IN CONTINUAL DARKNESS…!!!!

Melatonin, too, increases cortisol in older women (Cagnacci, et al., 1995) and cortisol is increased in aged, healthy people of both genders (Ferrari, et al., 1995). Since tryptophan is the most fundamental precursor for both serotonin and melatonin, this line of evidence suggests that the amino acid shouldn’t be raised (with advancing age) to minimize the fostering of tryptophan side effects from serotonin-melatonin-cortisol ramifications.”

“Furthermore, tryptophan side effects in regards to greater mortality were shown in animal experiments (e.g., Catrina, et al., 2001) using melatonin, whereas the study authors cautioned:

“[…] melatonin had a deleterious effect on the survival rate raising the question whether it is correct to assume that the hormone shows lack of adverse reactions.”

I will add to this post, as ideas come up! Sari Grove…

Ok: So here’s a for example…This study

“Urinary melatonin levels in human breast cancer patients.”

makes this statement…

” It was found that 24 hour urinary melatonin excretion in cancer patients was on the average 31% decreased as compared to the controls. This change was accompanied by a 33% increase in serum cortisol levels in the cancer patients. ”

Ok…So…the study says that melatonin OUTPUT in cancer patients was LOWER (31% lower)…

But what do we now know??? THAT lower melatonin OUTPUT indicates HIGHER melatonin being used by the body…

We know that when people sleep MORE in utter darkness, that melatonin level OUTPUTTED are LESS…

When people sleep LESS in darkness, their output of melatonin is INCREASED…

What does this mean?

It means that cancer patients have HIGHER levels of melatonin, since their OUTPUT is lower…

Cortisol by the way is modified by Vitamin D3, sunshine, light, infrared…

So it makes sense that melatonin would be higher & Vitamin D lower in cancer patients…

We know that cancer responds to light, is killed by Vitamin D3, sunshine…

So it makes sense that people with cancer would be sleeping more & getting less light…

It does NOT makes sense to supplement a cancer patient with melatonin, since lower melatonin output indicates their levels internally are higher anyways…

This twist between output of melatonin & what studies are recommending is the key…The studies are recommending melatonin for cancer based on a FLAWED assumption…

Summary: Hi…My post is about a flaw I found in all the melatonin studies…In 2009, they found that when people slept MORE in darkness, that their melatonin OUTPUT was less…All the cancer studies, are based on the assumption that the more you output melatonin, the higher your levels are, & vice versa…But that is false…People with cancer, output less melatonin, which ACTUALLY means that their internal melatonin is higher…people who output more melatonin in their urine & saliva, actually have LESS melatonin in their bodies…This inverse relationship skews ALL the conclusions from these cancer studies…

 

Human retinal light sensitivity and melatonin rhythms following four days in near darkness.
Danilenko KV, et al. Chronobiol Int. 2009.
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Abstract
The rods in the retina are responsible for night vision, whereas the cone system enables day vision. We studied whether rod function in humans exhibits an endogenous circadian rhythm and if changes occur in conditions of prolonged darkness. Seven healthy subjects (mean age+/-SD: 25.6+/-12.3 yr) completed a 4.5-day protocol during which they were kept in complete darkness (days 1 and 4) and near darkness (<0.1 lux red light, days 2 and 3). Electroretinography (ERG) and saliva collections were done at intervals of at least 3 h for 27 h on days 1 and 4. Full-field ERGs were recorded over 10 low-intensity green light flashes known to test predominantly rod function. As a circadian marker, salivary melatonin concentration was measured by radioimmunoassay. The ERG data showed that rod responsiveness to light progressively diminished in darkness (significantly lower a- and b-wave amplitudes, longer b-wave implicit time). The decrease in amplitude (b-wave) from day 1 to day 4 averaged 22+/-14%. After correction for the darkness-related linear trend, the circadian variations in ERG indices were weak and usually non-significant, with slightly higher responsiveness to light during the day than night. Rod sensitivity (by K index) tended to decrease. Strikingly, the overall amount of melatonin secretion (area under 24 h curve) also decreased from day 1 to day 4 by 33.1+/-18.9% (p=.017). The drift of the melatonin rhythm phase was within the normal range, less than 56 min over three days. There was no significant correlation between the changes in ERG responses and melatonin. In conclusion, scotopic retinal response to (low-intensity) light and the amount of melatonin secreted are diminished when humans are kept in continuous darkness. Both processes may have a common underlying mechanism implicating a variety of neurochemicals known to be involved in the regulation of both photoreceptor and pineal gland function.

PMID 19142760 [PubMed – indexed for MEDLINE]
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Full text at journal site

 

Artist 

Hi...Sari sounds like Mary...I'm a Canadian artist who invented a map for humans called the Grove Body Part Chart...Grove Health Science is the name of the 12 book series...Most can be found free digitally on this blog or at not for profit prices on Amazon or Smashwords...In 2014, I developed DIY Imaging, a way to see cancer, biochemistry, inflammation, with any camera & free online photo editors...Since then I have been teaching the method & doing diagnostic imaging...DIY Cancer Repair Manual is a Facebook group I manage with over a thousand people who are pioneering new ways to solve cancer...DIYImaging.com is being built (2017) to make the diagnostic process even easier...This is revolutionizing diagnostic medicine...I am owned by two intact female bengals cats , B'elanna & Jadzia...My husband of almost 21 years Joseph Grove, does all the laundry, dishes, litter box cleaning & more, to ensure that I am free to plough out the corn , so to speak...

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