Source: https://www.facebook.com/drjackkruse/posts/1824180904312922:0 Edited by me for readability.

are the use of these things on a massive uptick? Might it be the the world's ability to make dopamine is dropping in a blue lit, RF/microwaved world?

A mitochondriac gets that perspective but do you?

Do you see why the opiate crisis is massive or why a guy from the West Coast can convince many humans to drink a lot of coffee and add MCT oil or butter to it? Might this be a sign of a broken light environment?

The group of chemicals that caffeine belongs to are known as alkaloids and they are the most addictive substances known to man. At various points in history Morphine (Opium) and Nicotine (Tobacco) were socially sanctioned for daily use, but this trend reversed when the terrible side effects of habitual usage emerged in the 20th century.

The 20th century brought with it industrialization and brought man from outside to inside to work in factories to manufacture things. Might it have been that migration, which blocked man from sun, been further worsened because technology and the electric power gird zapped more dopamine from mankind and then we defaulted to other bio-molecules with hexagonal rings that absorb light to replace the lost dopamine?

I think you know my answer.

Caffeine is no less addictive for many people, and the long term effects on health are becoming increasingly apparent as average daily usage soars. It is no panacea for a low heteroplasmy rate.

Key conditions that caffeine significantly aggravates in my clinical experience are: stress of all kinds, all muscle pain, most digestive complaints, liver metabolism, high blood pressure, PMS, insomnia, fatigue, weight loss AND weight gain, arthritis, blood sugar imbalances, skin conditions and many mood disorders.

Alkaloids are found primarily in plants and are especially common in certain families of flowering plants. Flowers have net negative electric charges that draw bees to them for pollination. Bees and most insects are positively charged in nature. Flowers grow because of sunlight and photosynthesis and normally have a -30V electric field.

The function of alkaloids in plants is poorly understood but I have a sense it is related to flowers having the ability to alter their charges for many biologic reasons tied to how they sense their environments. In some plants, the concentration of alkaloids increases just prior to seed formation and then drops off when the seed is ripe, suggesting that alkaloids may play a role in this process. Seed production and germination is heavily tied to solar cycles.

Alkaloids may also protect some plants from destruction by certain insect species. This suggests to me that they may affect the charge in flowers to lure or defend against insects and may interact in the physiochemical process of generation of the DC electric current present in plants. This may explain how they affect neurologic function in humans by altering the charges associated with the DC electric current in man. It is well know that morphine has major effects on wound healing when used chronically.

Generally, an alkaloid contains at least one nitrogen atom in an amine-type structure—i.e., one derived from ammonia by replacing hydrogen atoms with hydrogen-carbon groups called hydrocarbons. This or another nitrogen atom can be active as a base in acid-base reactions. The pH has massive effects on the size of the EZ in water in cells. This is likely how these drugs affect the nervous system and act as chemical proxies for a lack of dopamine. This is also why many alkaloids possess local anesthetic properties (cocaine). Local anesthetics work by lowering the pH of the environment around nerves to disrupt action potentials.

Their molecular structures however, are not as precise in their actions as dopamine and we get variable results from them because of these chemical changes. Dopamine is amine. Amines that are isolated from plants are known as alkaloids. This is why these drugs are dopamine anologues in animals.

There ring structure absorbs UV light to varying degrees compared to dopamine. When you marry a microwaved/RF environment that is blue lit chronically, It creates a lack of DHA in the short and long loops of the retina.

With a chronic lack of DHA in cell membranes in the SCN, you create the perfect storm. Your Vitamin A cycle in the retina and brain is broken and this leads to CNS inflammation and lowered melatonin levels. The lowered melatonin levels cause further mitochondrial breakdown because melatonin is a protector antioxidant for mtDNA. When melatonin is destroyed so is dopamine because both are made from aromatic amino acids in the retina in AM sunlight when IR-A and UV-A are present diurnally.

So when you reach for your morning smoke or coffee you have announced to the world and to yourself your dopamine and melatonin levels are destroyed.

IF you do this chronically and think your bulletproof, you start using nootropics and opiates and THC. This is a sign that youre getting worse not better because you need larger dopamine hits as your sleep worsens. It leads to a complete uncoupling of ubquitination from melatonin cycles in the brain, skin, gut and lungs.

Blue light frequency destroys DHA in the retina further slowing the SCN clock in relation to the organ clocks. This means your SCN no longer is running quicker than the clocks below it and it destroys the timing mechanism built into all circadian controllers.

What does that mean to a mitochondriac?

Mitochondrial diseases are coming your way fast and furious. DHA loss destroys the optical relationship between light bending in our gravitational field to uncouple light cycles from the cell cycle and metabolism. This is why blue light destroys DHA and melatonin levels in humans quickly.

Diet is not going to fix this clock speed mismatch between the SCN and the organ clocks, but solar light can because it is what makes dopamine and melatonin in your eye every morning if you allow it happen. Most of you DON'T so you rely on guys to sell you coffee, drugs, or stories how you can be diseased proof with some supplement. My advice is simple. 'SUN'plements over all supplements is the mitochondriac perspective.

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Comments

I find it rather interesting he talks about a progression that leads from these xanthines in particular (caffeine and nicotine) leading to general drug addiction, I have only recently, about 2 weeks ago, completely stopped using caffeine, but I am now struggling to kick the nicotine and alcohol... as my recent photography from my introduction post for this new account show.

The first drug I got addicted to was nicotine. Shortly thereafter, I started smoking cannabis. I am still craving for a drug to fix my sleep disordering, and it is slowly getting better, but the alcohol is extending my awakeness too late and then I wake at 5am in the morning with the sun, and I can't sleep, most days, until night time. It's getting so bad I can feel the overgrowth of various kinds of bacteria in my throat.

I am now, every morning, though sitting in front of the computer, also having the sun shine on me for about 3 hours every morning. I have always been an 'early riser', meaning that I am abnormally sensitive to light changes that disrupt my sleep.

I have always been like this since I was about 8 years old, probably the cause is all the time I spent in front of a big CRT using 8 bit computers. Or, at least, I speculate that having spent my first year of life living on a farm, surrounded by orange trees, that my infant brain was damaged by organomanganese fungicides that are used to stop oranges getting that ugly white patchy dry skin.

Fingers crossed in a week I will be receiving in the post a vial of 1% Semax: http://rupharma.com/semax/ which is one of the oldest peptide drugs discovered, by researchers at the Russian Academy of Sciences. There has been numerous studies showing that this can cause a permanent improvement in conditions like mine, AD/HD. Note that I have tested myself with 'gender brain' tests, which show I am 75% like an average female in my cognitive profile (a series of measures of different processing types including sequences, spatial processing, pattern recognition, and so on), and I am not hyperactive, a subtype of this disorder called "Inattentive type". This happens to also be very commonly associated with high intelligence when it occurs in males.

The hope I have, is that this will increase the amount of dopamine receptors in my frontal lobe, which might let me finally stop using these dangerous alkaloids on a daily basis.