Category: Health Tips

A visionary Chinese-American immunologist, Dr. Qing Li, dedicated his entire career to unlocking a profound biochemical truth hidden within the forest canopy: trees are medicine. Long dismissed by conventional Western medicine as mere scenic backdrops, Dr. Li’s pioneering research proved that trees actively release airborne organic compounds called phytoncides. When inhaled, these invisible chemical messengers enter your bloodstream and spark an immediate internal revolution. They act as biological hunters, systematically tracking down and neutralizing toxic stress hormones like cortisol and adrenaline while radically multiplying your body’s “Natural Killer” (NK) immune cells. Dr. Li’s life’s work demonstrated that a simple walk in the woods triggers an automated, cellular defense network—healing the human body from the inside out in ways no synthetic prescription has ever matched.

This groundbreaking science transforms the ancient concept of “forest bathing” from a poetic escape into a clinical necessity. Dr. Li’s data revealed that the immune boost from just a single, immersive weekend in the forest isn’t fleeting; it leaves an elevated blueprint in your blood that shields your nervous system and reinforces your immune defense up to 30 days. In a modern world build for chronic noise, digital saturation, and perpetual survival-mode, his research delivers a dramatic wake-up call to modern medicine. The ultimate antidote to our modern epidemic of anxiety and physiological burnout cannot by synthesized in a laboratory. It is an elemental, evolutionary technology already waiting for us right outside our doors, free for the taking and perfectly engineered to protect our peace.

That label on the container was never a health promise. It is a heat test, nothing more.

Microwave safe is a manufacturing term, not a medical one. It means the plastic will not warp, melt, or leach above the limits the FDA sets during its own testing, and that testing is the whole of the promise. It says nothing at all about what breaks loose from the surface when you run that container at full power with hot, wet, fatty food pressed against the walls for minutes at a time.

Engineers at the University of Nebraska-Lincoln measured exactly that and published the numbers in Environmental Science and Technology in 2023. They filled polypropylene baby food containers and reusable pouches with water and with dairy, ran them for three minutes at full power, and then counted what had come off the plastic. The worst case reached 4.2 million microplastic particles and 2.1 billion nanoplastic particles per square centimeter of container surface, which is a patch about the size of a fingernail. Storing those same containers cold in the fridge for six months released particles too, but three minutes of microwave heat did far more damage than half a year of cold storage.

The team then dripped the released particles onto human embryonic kidney cells growing in a dish and watched what happened over the next 48 hours. At the highest concentration, 77 percent of those cells were dead within two days, which is a far steeper drop than the researchers expected going in. That is a lab dish and not a human stomach, so nobody can hand you an honest risk number yet, and the researchers were careful to say as much themselves.

The swap costs nothing, which is the whole argument here. Move the food into a glass or ceramic dish before it goes anywhere near the microwave, keep plastic wrap from resting against the surface of hot food, and never reheat in a takeout clamshell, a yogurt tub, or an old margarine container. Those were built to hold cold food one single time and then get thrown away, and nobody ever tested them for three minutes at full power with your dinner sitting inside.

(Tom: I do not possess a microwave so did some research on the data in this video.)

Just watched a video which talked about the substance agaritine which is apparently not good for us and how cooking white button mushrooms removes it but boiling or steaming them leached out beneficial antioxidants like ergothioneine.

The video recommends microwaving but I do not have a microwave. I usually fry my mushrooms in butter. What affect does this have on ergothioneine and agaritine? So I asked ChatGPT the question…

Yes — your usual method of frying white button mushrooms in butter is actually quite a reasonable approach if your aim is to reduce agaritine without throwing away water-soluble compounds. The research is rather more reassuring than the video may have made it sound.

What happens when you fry them?

For white button mushrooms (Agaricus bisporus), the best direct evidence I found is a household-processing study that specifically tested frying in oil and butter.

Frying in butter reduced agaritine by about 35–70%, depending on the cooking conditions.
One experiment found that frying at about 100°C for 5 minutes reduced agaritine by approximately 69% when butter was used.
Very little of the removed agaritine ended up in the cooking fat, suggesting that much of it was degraded rather than simply transferred into the butter.
More recent research also found that all tested heat treatments reduced agaritine, with no toxic degradation products detected in that particular study.

So your frying method is doing a useful job on the agaritine.

But what about ergothioneine?

This is where I would not automatically conclude that microwaving is superior.

Ergothioneine is quite different from agaritine. It is a water-soluble antioxidant, and the major problem with boiling is that compounds can leach out of the mushroom into the cooking water.

If you boil mushrooms and throw away the water, you potentially throw away some of those compounds with it.

Frying has an advantage here: there is little or no water for the water-soluble compounds to leach into.

However, frying isn’t completely benign. Studies of mushroom cooking show that frying can cause greater losses of some nutritional compounds than gentler methods, particularly when temperatures are high.

Importantly, though, I couldn’t find good evidence establishing that ordinary pan-frying destroys a large proportion of ergothioneine specifically in white button mushrooms. The cooking literature tends to measure broader antioxidant activity or groups of compounds rather than giving us a clean “X% of ergothioneine survives frying” figure.

So I’d rank your practical options like this:

There is an interesting wrinkle here: a study of white button mushrooms found that phenolic compounds were drastically reduced by boiling, whereas the lack of direct water contact during frying helped prevent that leaching.

What I’d do in your kitchen

I’d keep doing what you’re doing.

I’d use moderate heat rather than extremely high heat, and cook the mushrooms until they are properly cooked and browned but not burnt or excessively dried.

Something like:

Slice, butter in pan, cook on moderate heat until the mushrooms have released their moisture and are nicely browned, eat the mushrooms and butter together.

That gives you three useful things:

Cooking substantially reduces agaritine.
You’re not dumping water containing soluble compounds down the sink.
You’re retaining the compounds that have moved into the butter rather than discarding a cooking liquid.

And there’s one particularly reassuring point about the agaritine issue: the scientific literature does not support the idea that eating normally cooked button mushrooms represents some major established health hazard. Agaritine is a naturally occurring compound of toxicological interest, but its concentration varies considerably and cooking substantially reduces it.

Bottom line: I wouldn’t buy a microwave just for this purpose. Your butter-fried white button mushrooms are a perfectly sensible way of preparing them, and may actually give you a better compromise between reducing agaritine and avoiding the nutrient losses associated with boiling.

https://www.youtube.com/watch?v=uM5uLdaVnUg

Australia to be the testing ground for Icafolin-methyl which is the first non selective knockdown herbicide from the new isoxazoline carboxamide chemical class, offering a novel solution to combat resistant weeds.

Perfectly safe? Novel?

Targeting tubules, the same proteins that hold our bodies together.

What could possibly go wrong?

At this point, you have to wonder the nefariousness of it all. If things weren’t bad enough already, 2028 is when it could be in your food and environment.

Source: https://www.crop.bayer.com.au/news-events/news/2025/herbicide-innovation-partnership

This is akathisia. And these are real people experiencing it.

https://www.facebook.com/share/v/1d5VpmGXqW/

(Tom: Please check the side effects of any medication you are prescribed and look for natural alternatives.)

(Tom: Here is another survey highlighting the unsustainability of a vegan diet.)

Identical twins Hugo and Ross Turner spent 12 weeks on opposite diets—one vegan, one omnivorous—under scientific supervision to compare real health impacts.

Hugo on the vegan diet lost 4 pounds of fat, gained mental clarity, but experienced a notable libido drop.

Ross eating meat gained muscle while also gaining some fat, with unchanged cholesterol levels and stable gut health.

The vegan diet reduced gut microbiome diversity while the omnivorous diet maintained it, highlighting the importance of dietary variety.

Both twins concluded that the best diet blends plant-based and animal foods rather than choosing one extreme over the other.