It's hard to sift through the amazing assortment of foods on the market and figure out which ones serve our health and which ones compromise it.  

We've all heard how important fruits and vegetables are for our health.  But is this true or is the grower's public relations that we're being fed?  Man cannot live on spinach alone.  And we're always told that the most nutrient dense foods are green leafy vegetables. Yum.  If you love salads, yum.  If you're Popeye, yum. But what if you're trying to restore, rebuild, and remineralize?  That was a mouthful.  I ask this question to put a mild damper on the categorical truth that all vegetables are good for you.  Maybe in small portions perhaps.  But what about vegetarians?  I'll get to them later. But are all vegetables good for us?  

Carrots help our eyesight, right?  But what about their sugars? 

Spinach builds strong muscles, right?  But what about its oxalates?

Broccoli fights cancer, no?   

So, yeah, vegetables are good for us.  But they're also bad for us.  Amy Kubal explains how:

Let’s think about this logically. Animals have ways to make sure they don’t become some other animal’s dinner (including a human being’s). They can run away, or they can stay and fight with claws, horns, or teeth. If they win, great. If not, fire up the BBQ! Plants aren’t so lucky. Since they can’t defend themselves physically, they’ve evolved multiple insidious ways of warding off predators biochemically. Plants produce a variety of harmful substances collectively known as antinutrients. (Not harmful to the plants, but harmful to the poor saps who eat them.) They’re exactly what they sound like: they work against you absorbing nutrients from those foods.

Oy, vey!  Wish people would make up their minds.  Are they good or are they bad?  Well, both.  Vegetables do contain enzymes that help us digest other foods we eat like meat. They contain Vitamin C which allows our bodies to make the ever important gelatinous protein collagen to help repair our muscles and joints.  

So why are they bad for us?  Oxalic and Phytic Acids.  Some acids are good for us, while others not so much.  Essential fatty acids are good for us, even essential.  Citric acid helps prevent scurvy and protects our gums.  So not all acids are bad.  But Phytic Acid and Oxalic Acid are not recommended. Why?  Because they can block the absorption of important minerals.  Minerals don't always get the press that vitamins and oils and herbs do but they're every bit as important if not more important since we tend to use them up. Recently I found Bill Sardi's article on how Zinc, which is a vital mineral for men, can actually rebuild the Thymus gland back to its original size.  Talk about your miracles.  In the medical journals Zinc gets better represented as a remedy, but in your popular press and commercial ads, it's not zinc that gets air time.  It's usually calcium.  And Calcium isn't even the most important mineral, yet the manufacturers of it have scared people into believing that if they don't get enough their bones will break.  One mineral by itself is not the answer, though that report on zinc is impressive.  Even Linus Pauling didn't realize the importance of zinc.  Not all of his treatments with Vitamin C succeeded.  It wasn't until Abraham Hoffer in Canada who was mixing Vitamin C with zinc that the nutritionists community took notice.  Sort of.  

So Oxalic and Phytic acids you should avoid.  Actually, the reports on Pytic acid are mixed because so many healthy foods contain some levels of phytic acid. Realfoodsforlife writes

Foods that contain significant amounts of oxalic acid are ( in order from highest to lowest): buckwheat, star fruit, black pepper, parsley, poppy seed, rhubarb stalks, amaranth, spinach, chard, beets, cocoa, chocolate, most nuts, most berries, and beans. If you had to really avoid oxalic acid that would be difficult.

Okay, so it's the chelating function of phytic acid that prevents absorption of zinc, magnesium, and calcium, which is not good.  But this chelation is beneficial, according to Bill Sardi, when it chelates excess iron from your body.  And this is especially beneficial for men, since women have a built-in biology that eliminates blood monthly.  

Phytic acid—also called inositol hexaphosphate, or IP6—is comprised of six phosphorus molecules and one molecule of inositol. It has been mistakenly described for decades as an "anti-nutrient" because it impairs mineral absorption. However, in the 1980s food biochemist Ernst Graf, Ph.D., began to tout phytic acid for its beneficial antioxidant properties achieved through mineral chelation. [32]

Phytic acid in foods or bran should be distinguished from supplemental phytic acid, which is derived from rice bran extract. In foods, phytic acid binds to iron and other minerals in the digestive tract and may interfere with mineral absorption. As a purified extract of rice bran, taken between meals so it will not bind to minerals in the digestive tract, phytic acid is readily absorbed into the bloodstream, where it acts as a potent mineral chelator. [33] Phytic acid binds to any free iron or other minerals (even heavy metals such as mercury, lead and cadmium) in the blood, which are then eliminated through the kidneys. Phytic acid removes only excess or unbound minerals, not mineral ions already attached to proteins.

So maybe nuts and chocolate and berries and beans are still worth eating.  I do recall my dad warning me as a kid not to eat raw rhubarb.  It was because of the phytic and oxalic acids but he couldn't articulate that reason but that's what it was. Not because it's particularly poisonous--I mean people made rhubarb pie (delicious) for Godssakes--but because he knew of the wisdom of cooking certain vegetables.  Here are the facts on rhubarb:  

From an MSDS (Material Safety Data Sheet) for Oxalic acid, LD50 (LD50 is the Median Lethal Dose, which is the dose of a drug or chemical predicted to produce a lethal effect in 50 percent of the subjects to whom the dose is given) in rats is 375 mg/kg. So for a person about 145 pounds (65.7 kg) that’s about 25 grams of pure oxalic acid required to cause death. Rhubarb leaves are probably around 0.5% oxalic acid, so that you would need to eat quite a large serving of leaves, like 5 kg (11 lbs), to get that 24 grams of oxalic acid. Note that it will only require a fraction of that to cause sickness.  – The Rhubarb Compendium

If those foods listed don't fit neatly into the Mediterranean Diet that we're all supposed to worship, then I don't know what does.  Not that these foods if eaten are going to kill us, right?  Maybe not but there still are problems with oxalic acid.

Oxalic acid poisoning symptoms include weakness, burning in the mouth, death from cardiovascular collapse, on the respiratory system, throat – burning in the throat, abdominal pain, nausea, vomiting, diarrhea, convulsions, and coma.

In addition, there is this.  Realfoodforlife again:

Oxalic acid binds with some nutrients, making them inaccessible to the body. To eat large amounts of high oxalic foods over a period of weeks to months  may result in nutritional deficiencies, most notably of calcium.

This is the real concern, because the oxalic acid, along with phytic acid, blocks mineral absorption, like calcium, zinc, magnesium, phosphorus which is essential for teeth.  Is this the reason why so many Americans are mineral deficient, particularly in magnesium and zinc?  Probably not.  The NCBI states that vegetable sources are minimal in the Amerian diet and the main way that Americans anyway get oxalates is through coffee and tea.  That's what I feared.  I love my joe.

The main sources of oxalate in diets were regular tea and coffee (80-85%). Only 15-20% of oxalate was derived from other plant foods. Patients did not adhere to high fluid diet and, what is more, as common beverage they chose rich-oxalate black tea. Patients' daily intake of calcium was low and didn't exceed 520 mg. Vitamin C consumption was higher than Polish Dietary Reference Intake (DRI) and vitamin B6 lower than DRI.

What does it all mean?  It means you're going to have to forego coffee and tea.  It means you're going to have to find something else hot to drink, like hot lemon water.  

Imagine eating a raw vegetable diet.  All that oxalic acid is not doing your teeth any favors.  But there is a way around this and still get the nutrients locked inside vegetables.  Cook your vegetables.

Eating oxalic acid foods together with calcium-containing foods such as yogurt, milk and other dairy products may reduce the risk of kidney stone formation, advises the University of Maryland Medical Center. In addition, a study published in 2005 in the “Journal of Agricultural and Food Chemistry” reported that several cooking methods help lower the oxalic acid content of vegetables. The researchers tested nine raw and cooked vegetables and found that boiling and steaming significantly reduce oxalic acid in vegetables with a high content of the compound, such as spinach.

Now it's time to turn the tables.  Are all oxalic acids bad, or do they provide any or some kind of health benefit?  Let's read Realfoodforlife:

It has been assumed that black tea due to its high oxalate content increases kidney stone formation but recent research has shown it to have a preventive effect.

Victoria Boutenko of the Raw Food Family cites research on how high oxalic acid foods actually reduce the formation of kidney stones.  The true cause of kidney stones is not oxalic acid but actually animal protein.

Oxalic acid linked to the cure or prevention of cancer:When cancer is diagnosed there is always a low level of oxalic acid in the blood. It is important to have the enough oxalic acid in our blood because this eliminates all abnormal cells without harmful side effects.

Every alternative cancer cure that is successful is filled with foods, herbs, grasses, and teas that are full of high amounts of oxalic acid.

American Cancer Society conducted tests over 50 years ago using oxalic acid in the treatment of cancer and the results in papers and evidence were positive.

“When oxalic acid is in our blood; in foods & beverages we eat and drink, and testimonials confirm oxalic acid kills cancer cells, virus, bacteria, and decalcifies the material in plaque in arteries; and is in the blood of all warm blooded mammals”. From booklet.“ Questions and Answers About E- M- F, Electric and Magnetic Fields Associated with the Use of Electric Power.

Radiation will decompose oxalic acid in the blood. This usually weakens the immune system so the body is unable to fight off viral or bacterial disease.  Is this why many cancer patients die from cancer related to viral pneumonia.

So, where does that leave us?  Cook your vegetables. Cooking them lowers the amount of oxalic acid while still getting enough for prevention of bad things.  Nothing is simple.  Biology is not simple.  Knowledge of biology is certainly not simple.  Here is what I mean.  How many times have I read that Vitamin C is vital for health?  I've posted articles and videos to that fact.  Think of Linus Pauling Abraham Hoffer and their curing of cancer patients using high dose Vitamin C.  Maybe Vitamin C should only be taken in large amounts over short periods where you are fighting something serious.  Anyway, give this a read from Dr. Andrew Saul:

Ascorbate (the active ion in vitamin C) does increase the body's production of oxalate. Yet, in practice, vitamin C does not increase oxalate stone formation.  Drs. Emanuel Cheraskin, Marshall Ringsdorf, Jr. and Emily Sisley explain in The Vitamin C Connection (1983) that acidic urine or slightly acidic urine reduces the UNION of calcium and oxalate, reducing the possibility of stones. "Vitamin C in the urine tends to bind calcium and decrease its free form. This means less chance of calcium's separating out as calcium oxalate (stones)." (page 213) Also, the diuretic effect of vitamin C reduces the static conditions necessary for stone formation in general. Fast moving rivers deposit little silt.  

It appears that the biggest risk from oxalates are kidney stones.  

And I am sure they serve their purpose, whatever that is. But what is that purpose?  I've read claims that green

One of the features of nutritional articles on the web is that they're laid out in the positive.  In other words, they're often promoting Vitamin C for skin and hair and eggs to reduce stroke.  Try this, get plenty of that, make sure you're taking enough of magnesium. Which is all very helpful if we're living in a deficient world. And some of us may be doing just that.  But deficiencies are a real thing and their cause is multiple.  Yes, big-agra with its monoculture crops can depleted the nutrition in food.  I don't know for sure, but that's what I've read and heard.  Also, people just don't know what to eat.  We often eat what is put in front of us regardless of what it is or ignorant to what is inside it.  But there is another factor that causes deficiencies.  And that's the interaction of foods.  

O, Complication!

Maybe it's not as complicated as you think.  See there are chemicals in plants that help plants survive.  Just as there are thorns on a rose bush and needles on cactus, these are all features that help the plant survive even after it gets eaten.  I believe that there are desert animals whose digestion has adjusted to eating cactus and are not harmed by the spiny vegetation.    

The Sweetener Splenda Breaks Up Your DNA. Zinc May Resolve It

Real nice https://t.co/7PHR68ixgi

— Daniel Horowitz (@RMConservative) June 5, 2023

An excerpt: 

"Other studies have found that sucralose can adversely affect gut health, so we wanted to see what might be happening there," Schiffman says. "When we exposed sucralose and sucralose-6-acetate to gut epithelial tissues—the tissue that lines your gut wall—we found that both chemicals cause 'leaky gut.' Basically, they make the wall of the gut more permeable. The chemicals damage the 'tight junctions,' or interfaces, where cells in the gut wall connect to each other.

The paper, "Toxicological and pharmacokinetic properties of sucralose-6-acetate and its parent sucralose: in vitro screening assays," is published in the Journal of Toxicology and Environmental Health, Part B. The paper was co-authored by Troy Nagle, Distinguished Professor of Biomedical Engineering at NC State and UNC and Distinguished Professor of Electrical and Computer Engineering at NC State; Terrence Furey, professor of genetics and biology at UNC; and Elizabeth Scholl, a former researcher at NC State who is currently at Sciome LLC.  

But should you really be too surprised at the toxicity of artificial sweeteners?  Or even natural sugar for that matter?  I mean we don't remain children or childlike, do we?  We know better than to consume endless sweets or to think that corporations work completely benevolent on our behalf.  I've got some Santa Claus stories if you're interested.  

Check this out: 

Perhaps you remember when the Coca-Cola company launched its ad campaign to fight obesity back in the early 80s? 

Wait, what!  A soft drink company wants to play doctor with your metabolism?  Oh, they want to doctor things alright.  No, thank you.

This was all part of a ploy to begin the use of aspartame, whose patent was once owned by none other than Monsanto! 

O, Irony! 

Ironically, there are numerous studies that show this stuff causes obesity. It doesn’t prevent obesity.

Before they started selling you Splenda, it was called NutraSweet. In 1985, Monsanto purchased G.D. Searle, the chemical company that held the patent to aspartame, the active ingredient in NutraSweet, as well as Splenda and many other artificial sweeteners. Is Splenda safe? It depends who you ask.

Let’s look at a little timeline, shall we?

• 1901: Monsanto Chemical Works is formed.

• 1976: When Ford loses the 1976 election, Rumsfeld returns to private business life, and is named president and CEO of the pharmaceutical corporation G. D. Searle & Company, during which time he leads the legalization of Aspartame.

• 1977: Monsanto stops producing PCBs.

• 1997: Monsanto businesses are spun off as Solutia Inc.

• 1999: John Hunter is named chairman and CEO.

• 2000: Monsanto’s Pharmaceutical Services Division is created. Monsanto also merges with the drug-maker Pharmacia & UpJohn Inc., which took control of the Searle pharmaceutical operations, and the current Monsanto Co. was incorporated as a subsidiary in October 2000.

• 2002: PCB trial results in a sharp drop in stock price.

Splenda shrinks the thymus gland, a key immune organ, by up to 40%.  Zinc reverses that; in fact, it regrows the thymus to its original size.  See some other valuable benefits of zinc.  

1.  Resolves white spots on the fingernails. 

2.  Resolves pale, rough skin, dry hair, and acne.

3.  Resolves unhealthy weight loss caused by appetite loss. 

4.  Resolves dandruff.  Jettison the shampoo to treat dandruff.  Take zinc.

5.  Resolves slow wound healing.  All of these resolutions come from Sarah Corriher.

PROLONGED SITTING AND BRAIN ATROPHY. GET UP, GET MOVING, & TAKE RESVERATROL

I got sick of sitting.  Literally.  In those Memorial Day, Twilight Zone marathons, one could easily get sick of sitting.  One, two, maybe three episodes, and I got to get up.  And I did, often to find more productive activities.  

I got sick of sitting, too, when I drove for a transportation outfit in Denver, hauling supplies to hardware and other stores in the mountain towns of Vail, Carbondale, and Aspen.  The schlep from Denver to Carbondale was 3 hours.  That's three hours of straight sitting, and after a handful of stops in the area, I'd have to drive it back . . . another 3 hours sitting.  My legs cramped.  Circulation caused pin-like needling.  It was awful.  And still, I stuck it out.  I needed the money.   

Turns out now that there is scientific proof now for the unpleasant experience of sitting for hours on end.  Today, I sit too much, too, because I work on the computer most of the day.  I've switched that out, however, for a desk of sorts where I can type while standing up.  Find a way to get up.  If you don't have that avaiable to you, then find a way to take breaks at 30-minute or 60-minutes intervals.  Further, we're not just talking about folks who sit for so long but also folks who've handed over too much power to their handheld devices and to sensitive individuals, who used to get tagged as "Emo's."  One should not abscond themselves to the dark recesses of their bed, lights off, blinds closed, with earplugs being their only connection to sensient life.  First, you don't want any part of your body to atrophy.  Zero.  Don't rationalize a foreboding outcome in favor of laziness or somehow justify that because things aren't going your way or you aren't being loved enough.  Remember the title of that Yes song, "Owner of a Lonely Heart"?  Great song.  Not my favorite, but great.  But those lyrics support your strength, since so many times we make emotional decisions based on neediness.  Not good.  

According to the study, the news pertains to middle-aged folks.  That in middle-aged folks, sitting for prolonged periods of time frays the lining of the medial temporal lobe, the Hippocampus being the major brain structure in that lobe.  Think truck drivers, taxi drivers, call-center workers, dispatchers, computer operators, and others.  This affects a lot of people not to make this information alarming news.  But I am not alarming you because you already know this.  But I don't think that UCLA suddenly exercised its empathetic or do-gooder's muscles.  I think that with the number of digital products available to people that American society is losing some brain and brain power.  Kids and adults sit and lie down a lot more now either to bounce around on social media, email, or something fun and interesting on Netflix, Hulu, or Kindle.  More people are on their backs or arse a lot more.  And given how the major media outlets have been bleeding, they are definitely upping their game to grab more and more of your attention.  Some people simply can't put these devices down for fear that they would stop learning something new.  And THAT IS the addiction.  

Prolonged periods of sitting in middle age is tied to brain atrophy, new research shows.

Using MRI, investigators found sedentary behavior is a significant predictor of the medial temporal lobe (MTL) thinning and its substructures and that physical activity, even at high levels, does not offset the harmful effects of sitting for extended periods.

What's at stake is brain volume.  Like so many organs in our bodies, they do give way to age.  Our Thymus, the immune system's master gland, shrinks on average about 1% per year.  Zinc regrows it to its original size, a fact ignored by almost everyone, but the point is that our organs undergo annual shrinkage.  Knowing that, would you still pursue risky behaviors that accelerate this shrinkage or impede their repair and regrowth?  One wonders.  

The LA Times reviewed the UCLA study and pointed out that 

The study did not find any correlation between subjects' exercise habits and the thickness of either their medial temporal lobe or its constituent structures. That surprised the researchers since other work has found that brain volume is generally greater — and cognitive performance is better — in people who work out more. 

Get that?  The greater the brain volume, the better its function.  And though the point is made

Even for people who are physically active, sitting a lot seems to be bad for your brain,

neither the review nor the study offer nutritional solutions to offset or reverse the damage from long-term sitting.  According to the study, no amount of and no kind of exercise reverses the damaging effects of sitting for prolonged periods of time.  You just can't rebuild brain volume.  Or can you?  And the study, apparently, only looked at the results of long periods of sitting but not what it is about long-term sitting that causes the thinning of the Medial Temporal Lobe where your Hippocampus is located.  Is it the deleterious effects that sitting has on your metabolism?  Is it poor circulation?  These are important questions to ask to measure the seriousness of the condition.  So far, the cause of brain thinning is a mystery.  And the study only shows a correlation . . . and a strong causation as well.  Toward the end of her LA Times review of the study, Melissa Healy does hint that the thinning may, in fact, be caused by poor metabolism.  

The brain, of course, relies on adequate supplies of oxygen and nutrients to maintain itself and resist the depredations of aging. If sitting too long is compromising those supplies, then it stands to reason that our delicate cortical structures will have trouble maintaining the volume and density they had when we were young, Siddarth said.

So the message is clear.  Prolonged sitting is bad.  So get up.  Prabha Siddarth, Ph.D, lead author of the UCLA study, and LA Times' reviewer, Healy, both insist that you get up.  And if you sit long hours during the day, set hourly alarms or email notices on your computer to remind you to get up off your arse. 

For those looking to keep their brains plump and their memories sharp, Siddarth said the message is clear: Get up. Pace while talking on the phone, dance with your headphones on, take a walk at lunch. And if you're at a computer all day, set hourly alarms that remind you to stand and march around.

Okay, so we know that prolonged sitting is bad for our health.  But we already knew this.  Remeber those cross-country treks in the old station wagon in mid-August.  Yeah, that one through Yuma, Arizona, where after driving for 2 hours in the Sonoran Desert, you asked to stop at any gas station or rest stop . . . just to stretch your legs.  There still is one point made in the study that bothers me.  It's "that physical activity, even at high levels, does not offset the harmful effects of sitting for extended periods."  Really?  Exercise cannot replenish brain volume?  Is she sure?  Is she positive?  What about stroke victims?  Don't doctors recommend exercise and better nutrition to get them back to work or to function?  Ditto with brain injured folks, like athletes.  

Now for the good news.  Took you long enough. 

Your brain volume changes through your lifetime.  It's not a one way trip to Hell in a handbasket or as a basket case.  Now the first sentence of the first article I find at NCBI on brain volume states this

Physical exercise has been shown to increase brain volume and improve cognition in randomized trials of non-demented elderly.

Which fits in with the lead author's recommendation to "Pace while talking on the phone, dance with your headphones on, take a walk at lunch."  

DANCE, WALK, TAKE A HIKE
But the study on prolonged sitting was done independent of examining mitigating factors, like exercise and diet, and instead relied on patient reporting.  But that in no way diminishes or devalues the importance of her finding and the lesson drawn from the study: GET UP AND GET MOVING.  That same NCBI report on brain volume concludes

On the basis of published findings showing growth of brain volume with a physical exercise intervention [20], we hypothesized that the Walking [aerobic exercise] and Tai Chi [non-aerobic] exercise groups would demonstrate increases in brain volume when compared with the No Intervention group. We further hypothesized that those who walked faster would benefit more than those who walked slower.

So increases in brain volume COMPARED TO . . .  the non-intervention group.  When I walk in the mornings, I see several large groups of Chinese men and women in red T-shirts and white slacks stepping, moving through the air, reaching, and choreographing Tai Chi moves on the morning lawn accompanied by Chinese renditions of mid-century American and English rock-n-roll.  

A word on Tai Chi from that same article. 

The finding that a presumably less aerobic form of exercise, Tai Chi, had the greatest effect on brain growth and cognitive performance was unexpected, although modest gains in aerobic fitness have been demonstrated in clinical trials comparing Tai Chi participants to no intervention [36]. Tai Chi, which has been described as a type of moving meditation [37], requires continuous and sustained attention to maintenance of posture.

What does the Medial Temporal Lobe do that makes it so important? 

It's "essential for declarative memory (conscious memory for facts and events)." 

The medial temporal lobe includes a system of anatomically related structures that are essential for declarative memory (conscious memory for facts and events). The system consists of the hippocampal region (CA fields, dentate gyrus, and subicular complex) and the adjacent perirhinal, entorhinal, and parahippocampal cortices.  [. . . ] this system (a) is principally concerned with memory, (b) operates with neocortex to establish and maintain long-term memory, and (c) ultimately, through a process of consolidation, becomes independent of long-term memory, though questions remain about the role of perirhinal and parahippocampal cortices in this process and about spatial memory in rodents.

Notice how your brain is almost shaped like a mushroom cloud.  It's explosive.  

NUTRITIONAL REPAIR
Yes, there is hope; in fact, beyond hope, antidotes to this reduction in size.  I don't know how many times I've written here about Benfotiamine.  You can see its benefits here and here.  And two, I would get started on an exercise program that targets the brain.  If your joints are a bit crippled, try IP6 to loosen them up.  Benfotiamine should be considered part of a daily brain regimen.  

Here's why there's hope.  The hippocampus-based relational memory [is] sensitive "to the effects of nutrition."

 And this

Long thought of as the top of the body’s food chain, the brain has been shown in recent research to be sensitive to processes occurring elsewhere in the body. Lifestyle factors such as dietary intake, body mass, and physical fitness that affect bodily health can also influence brain structure and function in both humans and animals. 

This is good news.  As is this:

Hippocampal size is also known to increase in response to lifestyle factors including aerobic exercise, education, and intensive cognitive training, such as that experienced by London taxi drivers in training or medical students studying for a certification exam (7–10). Interestingly, as further discussed below, components of dietary intake have beneficial or detrimental effects on hippocampal health (11). 

Folic acid is excellent for the brain and the spine.  Seems to me that if you nutritionally support these structures, knowing that a feedback loop exists, that the nutritional support for one organ will support others nearby and distal.  Think of exercise.  When you do some squats notice how the strength in your haunches and legs transfers to other areas, like your lower back and your spine.  The same thing happens with nutrition. 

Finally, Bill Sardi says that you have to be crazy not to be taking Resveratrol for brain health.  The evidence is clear, in fact, it's visually clear: Resveratrol reawakens your brain.  See for yourself.  Find his Longevinex here. 

TAKE QUERCETIN WITH ZINC. MAJOR BENEFIT IS THE COMBO WILL PUSH THE ZINC INTO THE CELL WHERE IT CAN STOP VIRUS FROM REPRODUCING

And zinc works in the same way with EGCG, resveratrol, HCQ, & other zinc ionophores https://t.co/GvzztO9r53

— Jennifer Depew, RD (@deNutrients) January 11, 2022

Quercetin should be taken with zinc. QUERCETIN itself has strong anti-viral properties.  The major benefit of taking quercetin with zinc is that the quercetin will push the zinc into the center of the cell where the zinc can stop the virus from reproducing.

There are different forms of zinc.  I like all of them.  Zinc lozenges are made of zinc acetate.  Then there is zinc carnosine for intestinal ulcers.  This stuff is fantastic.  Then there is OptiZinc, considered to be one of the more absorbable forms of zinc.  I like taking all of these.  Zinc helps regrow the Thymus gland, a vital immune organ, to its original size even after years of shrinkage from stress and other ailments.   

Mark Pomykala on Twitter asked a good question, 

What's the mechanism of zinc preventing viral replication?

To which Geronimo gave a terrific answer: 

Zinc has many benefits against inflammation, supports immune system, but it also plays a Key role by inhibiting the protein translation of the virus during its replication process.For that it requires a ionophore (quercetin, EGCG/green tea, Artemisia, Quinine) to get inside cells

— Geronimo (@Geronim81901247) January 11, 2022    

VITAMIN B3, NIACIN

"One of the most potent forms of vitamin B3 stops the aging process of organs"

Having grown up active and sport-minded, looking to drugs or medicines to enhance one's ability was the greatest offense to tenacity and talent I'd ever known. And though into middle age, I can still bring a game of basketball even to youngsters; I am grateful, however, to the value of restorative medicine that comes in a pill, er, capsule.  Vitamin E is remarkable for wound healing.  I witnessed this first-hand with a cut on the back of my hand.  I cut open the E capsule and squeezed its contents onto my hand and in two days the wound had almost healed.  Incredible.  Truly.  

Then I learned of E's internal benefits.  It improves circulation and heals vessels and organs internally.  To what degree, how much is needed, whether it repairs all organs and vessels is hard to know . . . at least for me since I am no doctor. 

Then I leaned of B17's anti-cancer effects.  

Then I learned of zinc's ability to regrow the Thymus, the master gland of our immunity that sits right behind the heart.  You can learn all sorts of things on the internet!

Now I read about the power of B3.  What can it do?  Stop organs from aging.  Seriously.  What doses, what form of B3 is required has yet to be known, but I would definitely give this a try at least. 

HealthySustainableLiving has this to say: 

One of the most potent forms of vitamin B3 stops the aging process of organs and can only be described as restorative. Nicotinamide riboside is naturally produced in our bodies and studies continue to validate its effectiveness in preventing disease and regenerating cells.

When I read that I thought, okay, prove it.  I've heard terrific things about Nitric Oxide too as well as Benfotiamine.  Anytime distinctions are made concerning prevailing wisdom, either to debunk or illuminate I am all for. HealthySustainableLiving offers this in its review of the study.   

B3 is one of eight B vitamins. It is also known as niacin (nicotinic acid) and has 2 other forms, niacinamide (nicotinamide) and inositol hexanicotinate, which have different effects from niacin.

B Vitamins are good for us.  We all know this.  But what forms of B do we get on a daily basis through our food or supplement industry?  Do you know?  Not everyone does.  

An earlier study reviewed at Cell.com involved researchers at Harvard University and the University of NSW, Sydney. Published in the scientific journal Cell, the landmark paper was one of the first to provide valuable insights into Nicotinamide's brain performance and anti-aging.

Okay, now that's promising.  Nicotinamide provides enhanced brain function as well as anti-aging abilities.  Nicotinamide riboside is a chemical precursor to B3.  

Nicotinamide riboside is naturally produced in our bodies. It’s a chemical compound which acts as a precursor to vitamin B3.

WHY THE FUSS OVER NICOTINAMIDE RIBOSIDE?

Here's why.  

Nicotinamide riboside has been linked to a number of surprising and powerful benefits. Foods high in Nicotinamide include Brewer's Yeast, Sunflower Seeds, Raw Peanuts and Beets. Interestingly Beet Juice & Yeast have been shown to have remarkable cancer killing attributes. Possibly due to the sugars in the beets causing a beneficial form of fermentation to occur with the B vitamins in the Brewer's Yeast.

Read the rest of the article below.

Now a team of researchers at EPFL's Laboratory of Integrated Systems Physiology (LISP), headed by Johan Auwerx, has unveiled even more of its secrets. An article written by Hongbo Zhang, a PhD student on the team, published in Science and describes the positive effects of NR on the functioning of stem cells. These effects can only be described as restorative.

As mice, like all mammals, age, the regenerative capacity of certain organs (such as the liver and kidneys) and muscles (including the heart) diminishes. Their ability to repair them following an injury is also affected. This leads to many of the disorders typical of aging.

Mitochondria: also useful in stem cells

Hongbo Zhang wanted to understand how the regeneration process deteriorated with age. To do so, he teamed up with colleagues from ETH Zurich, the University of Zurich and universities in Canada and Brazil. Through the use of several markers, he was able to identify the molecular chain that regulates how mitochondria -- the "powerhouse" of the cell -- function and how they change with age. The role that mitochondria play in metabolism has already been amply demonstrated, "but we were able to show for the first time that their ability to function properly was important for stem cells," said Auwerx.

Under normal conditions, these stem cells, reacting to signals sent by the body, regenerate damaged organs by producing new specific cells. At least in young bodies. "We demonstrated that fatigue in stem cells was one of the main causes of poor regeneration or even degeneration in certain tissues or organs," said Hongbo Zhang.

This is why the researchers wanted to "revitalize" stem cells in the muscles of elderly mice. And they did so by precisely targeting the molecules that help the mitochondria to function properly. "We gave nicotinamide riboside to 2-year-old mice, which is an advanced age for them," said the researcher. "This substance, which is close to vitamin B3, is a precursor of NAD+, a molecule that plays a key role in mitochondrial activity. And our results are extremely promising: muscular regeneration is much better in mice that received NR, and they lived longer than the mice that didn't get it."

Scientists have long used NAD+ as a powerful anti-aging tool. While trying to find a cure for aging, scientists increased the levels of NAD+ within the mitochondria. The mitochondria responded by increasing their performance and energy, which effectively neutralizes the effects of aging.

Specifically, nicotinamide riboside effectively delays early- and late-stage disease progression, by robustly inducing mitochondrial biogenesis in skeletal muscle and brown adipose tissue, preventing mitochondrial ultrastructure abnormalities and [mitochondrial DNA] deletion formation.

A breakthrough for regenerative medicine

Parallel studies have revealed a comparable effect on stem cells of the brain and skin. "This work could have very important implications in the field of regenerative medicine," said Auwerx. "We are not talking about introducing foreign substances into the body but rather restoring the body's ability to repair itself with a product that can be taken with food." This work on the aging process also has potential for treating diseases that can affect--and be fatal--in young people, like muscular dystrophy (myopathy).

So far, no negative side effects have been observed following the use of NR, even at high doses. But caution remains the byword when it comes to this elixir of youth: it appears to boost the functioning of all cells, which could include pathological ones. Further in-depth studies are required.

Further reading here and here.

"I have a breathing disorder. I like breathing fresh air."

First, I want to thank Robert Wenzel for keeping on top of all issues surrounding the COVID-lockdown-riot nonsense.  The way that the local mini-Maos, not Mini-Mouse, are dictating how to behave to taxpayers and how they've got people scared to death in fear of their neighbor if they get sick, sneeze or cough is an abomination and needs to be fought against.  That's where Wenzel comes in.  He posts these videos from a few shoppers who've gained entrance into different WalMarts in Missouri and Mississippi.  And even though the mask-monitors reminded him that he must wear a mask, the shopper was able to get through on an exemption.  You need to do the same.  Check these out.

Here's video #1.  The guy says, "I was talking to your corporate, and he said that exemptions were allowed."  

"Yes, sir.  Of course."  Notice that no question about the specifics on the exemptions was raised.  That's our advantage.  That's where you want to be.

Here's video #2.  I loved this one.  Both customers loathe wearing a mask and complying with the stupid mandate.

Here's video #3.  

Here's video #4.  

The videos are courtesy NoMask.Info.

So what's the answer in any store that you go into, or what's the answer for getting your employer to bend to your will or exemption?  Stand strong on your beliefs.  Stick to what you believe.  If we give up, we'll never get back our freedoms again."

Zinc is the premiere anti-viral compound as is vitamin D.  Take them in conjunction.  Though I have yet to try this particular zinc product, the price looks pretty good.  You get 90 lozenges of zinc acetate that is powerful medicine to regrow your thymus gland for $30.  That's less than $10 per bottle and about $.33 per lozenge.  Not bad.  I want to try this brand because I trust the producer, Bill Sardi.  There are, however, other brands. 

But whatever brand of zinc you take, try it with magnesium.  Magnesium enhances the effects of almost any nutritional compound you consume.  

CANADA, BRITAIN, NORWAY: SINGLE PAYER SYSTEM IS DISASTROUS

Lots of Americans praise single-payer healthcare in other countries. But @ManhattanInst’s @CityJournal’s @CPopeHC showed me that it’s not what most of us think it is. pic.twitter.com/jyds8nySt1

— John Stossel (@JohnStossel) August 3, 2019

Rely on preventative medicine, meaning your anti-aging nutritional compounds.  

Vitamin D for headaches and restless leg syndrome, and traumas.  

Vitamin C, not aspirin, for headaches.  Vitamin C strengthens capillaries, rebuilds collagen for blood vessel repair and overall immunity.  

Zinc to help regrow the Thymus gland to its original size.  

Magnesium is important as a co-factor for all other nutrients.  It's an excellent muscle relaxer and nerve tonic.  Key to the effective use of magnesium is absorption.  Make sure you're getting enough.  You'll need more than 105mgs per day. See the bottom of this page.

Allithiamine, which crosses the blood-brain barrier where benfotiamine does not [though still protects against Alzheimer's disease], to protect your autonomic nervous system.  Magnesium and zinc help to make Allithiamine more absorbable.  Dr. Derrick Lonsdale writes that

It is hypothesized that the massive consumption of empty calories, particularly those derived from carbohydrate and fat, results in a high calorie/thiamine ratio as a major cause of disease. Because mild to moderate TD results in pseudo hypoxia in the limbic system and brainstem, emotional and stress reflexes of the autonomic nervous system are stimulated and exaggerated, producing symptoms often diagnosed as psychosomatic disease. If the biochemical lesion is recognized at this stage, the symptoms are easily reversible. If not, and the malnutrition continues, neurodegeneration follows and results in a variety of chronic brain diseases. Results from acceptance of the hypothesis could be tested by performing erythrocyte transketolase tests to pick out those with TD and supplementing the affected individuals with the appropriate dietary supplements.   

Read more by Derrick Lonsdale here. 

Hyaluronic Acid for joints, spine, eyes, and mobility.