Not exact matches
Cauliflower is also jam - packed with phytonutrients (those are the super-charged healthy
compounds found exclusively in
plants), such as the familiar beta - carotene, as well as the lesser - known beta - cryptoxanthin, caffeic acid, cinnamic acid, ferulic acid, quercetin, rutin, and kaempferol (
there will be a quiz at the end of this post;) This broad spectrum antioxidant support helps lower the risk of oxidative stress in our cells.
Soy dominates the
plant protein market but
there are concerns about GMO and estrogen - mirroring
compounds.
There is no evidence that rice expressing a
compound that lots of
plants make is dangerous.»
Scientific research has yet to support such claims, but
there's no denying that goji berries are rich in
plant - based antioxidants and
compounds.
With soy formulas,
there has been a theoretical concern that certain
plant compounds in soy could be harmful to children's development.
The researchers, led by Sara Jaeger, Jeremy McRae, and Richard Newcomb of
Plant and Food Research in New Zealand, found that for four of the ten odors tested,
there was indeed a genetic association, suggesting that differences in the genetic make - up determine whether a person can or can not smell these
compounds.
However, the model calculations have been very inaccurate, as
there are still large gaps in our knowledge concerning the role of the
compounds emitted by
plants during the transition between gaseous and solid state.
«Such a cell line could produce say 10 times, 100 times, 1000 times more of those interesting
compounds than the
plant out
there,» says Reuter.
An interdisciplinary team of researchers at the University of Bayreuth has now discovered that
there are arsenic
compounds which have a toxic effect on
plants and yet had not previously been considered in connection with chemical analyses of rice and the estimated health risks for humans.
I mean, if
there is existing literature studies looking at those
plants where they found active
compound [s], I definitely will use that, but first I am trying to show that
there is a pattern — that if you do some math and try to synthesize all this information about the different
plants being used in different cultures for different diseases, and using the evolutionary relationships of the
plants, the cultures and the diseases to sort of merge it all together and have these equations spit out a sort of potential efficacy — our best guess of what the efficacy of this
plant is.
There are these other
compounds that the
plants, it needs extra energy.
For instance in Mahonia or Oregon grape — it's a
plant from the Pacific Northwest —
there is one
compound called hydnocarpin that will kill [a] certain type of bacteria, but the bacteria develops a resistance where it evolves this pump to remove the hydnocarpinfrom its cells and it's no longer toxic; and then it turns out that the Oregon grape also has this other
compound called berberine which stops that pump from working, so it's only in combination [that] these two
compounds in that
plant will actually still kill the bacteria.
So this is becoming a bigger and bigger problem, and
there is one
plant I think I have mentioned on the walk, Sweet Annie or Qing Hao; it's a Chinese
plant that's being used — it has been used traditionally to treat malaria and fevers — and they extract a
compound called artemisinin from that which they are trying to use more and more in Africa.
However,
there is strong evidence showing that fungi produce a large diversity of enzymes and chelating
compounds that allow them to capture nutrients from the soil that are not normally accessible to
plants (chelating
compounds bind metals into different forms in the soil to prevent their interference with uptake of other nutrients).
However, it was shut down only four months later after about 700 kilograms of liquid sodium leaked from the secondary cooling loop and, although
there were no injuries and no radioactivity escaped
plant buildings, this was
compounded by operator attempts to cover up the scale of the damage.
It's important to know that although THC and CBD are the most studied components of cannabis,
there are many more chemical
compounds found within the
plant, such as cannabigerol (CBG), cannabichromene (CBC), cannabidivarin (CBDV), tetrahydrocannabivarin (THCV), terpenes, and flavonoids.
Though it hasn't been studied in humans,
there is some evidence (from studies on rats and mice) that certain
compounds in the leaves of the Moringa
plant may be protective against arsenic poisoning.
Studies show that
there are more than 100 different cannabinoids and related bioactive
compounds in the Cannabis sativa
plant.
There are multiple
compounds in
plants that provide benefits to us mortals (when consumed).
In fact,
there are specific
plant compounds that actually kill cancer cells without harming the healthy cells of the body.
Phytochemicals are
compounds found in all
plant - based foods, of which
there are thousands, and many have some activity in the body after we consume them.
There are a number of
compounds in
plant foods that may protect against breast cancer by a variety of mechanisms.
There are a number of
plant compounds [16] that work in animals or petri dishes, like green tea extracts and resveratrol.
A few years ago
there was some concern over the relationship between soy intake and breast cancer due to the isoflavones found in soy (which are weak estrogen - like
compounds found in
plants).
«
There are more benefits to eating a
plant - based diet because it is filled with anti-oxidants and anti-inflammatory
compounds.
There's also the
plant compound berberine, which prevents oily skin by enhancing insulin sensitivity.
While
there are many papers published on
plant based nutrition on some healthy
compounds like licopene or resveratrol or beta - carotene (which, incidentally is not a bio-available source of Vitamin A contrary to what many are led to believe) the amount of food necessary to obtain an effective dose / effect often is literally a truckload!
There have indeed been genuine issues with specific types of
plant proteins containing excessive levels of heavy metals and chemical
compounds.
At this point
there aren't a lot of high - quality studies looking at the effects of spices and other
plant compounds on health markers in people with diabetes and prediabetes.
There are a number of specific
compounds in
plant foods that look promising, but that's based on in vitro studies like this, where they basically just drip some
plant compound on bone cells in a petri dish and see a boost in bone builder cells, or a drop in bone eater cells.
As well as focusing on overall diet and stress management,
there are a variety of
plant compounds, vitamins and minerals that have been shown to have a restorative effect on a damaged intestinal barrier and a proper selection and regime can be very effective.
There's evidence that ingesting multiple adaptive stress response inducers has synergistic effects, and some whole
plant extracts are considerably more potent inducers than pure
compounds.
I mean, are
there other examples of
compounds made by
plants that can have benefits across multiple diseases?
There are, in fact, in most healing
plants or foods hundreds of
compounds orchestrated by the intelligent «invisible hand» of God or «Nature,» or whatever you wish to call it, and which can never be reduced to the activity of a singularly quantifiable phytocompound or chemical.
This is because of the chemistry involved: many bitter
compounds are
there to deter insects, or help
plants have a strong immune response, and are abundant in wild
plants.
There is a
plant native to Australia known as «Gympie Gympie» that is like a supercharged version of poison ivy; the
compounds secreted by the leaves of the
plant are so incredibly painful that people describe the effects, which linger for weeks after exposure, as like a combination of being doused in hot acid and electrocuted at the same time.
Because They're made from
plants,
there are no harmful volatile organic
compounds, as
there are in synthetic rugs.