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It’s rich in vitamins B6 and B12 as well as choline. All these nutrients play an important role in brain health and protecting your brain cells from damage. ... Quinoa is one of the few plant ...
A weedy quinoa, Ch. quinoa var. melanospermum, is known from South America, but no equivalent closely related to Ch. nutalliae has been reported from Mexico so far. [22] Studies regarding the genetic diversity of quinoa suggest that it may have passed through at least three bottleneck genetic events, with a possible fourth expected:
Quinoa, a common pseudocereal. A pseudocereal or pseudograin is one of any non-grasses that are used in much the same way as cereals (true cereals are grasses).Pseudocereals can be further distinguished from other non-cereal staple crops (such as potatoes) by their being processed like a cereal: their seed can be ground into flour and otherwise used as a cereal.
Vitamin B 12 deficiency has been observed in between 40% and 80% of the vegetarian population who do not also take a vitamin B 12 supplement or consume vitamin-fortified food. [36] In Hong Kong and India, vitamin B 12 deficiency has been found in roughly 80% of the vegan population.
The Good Housekeeping Institute tested more than 30 brands of B12 supplements, and chose Nature made B12 1000mcg as the best overall option, and Garden of Life Vitamin Code Raw B12 as the best ...
The scary thing is that many people may not even realize they have this condition. Untreated sleep apnea can cause significant drops in oxygen levels, which are crucial for brain health, says Hutz.
The B 12 vitamin is not abundantly available from plant products [4] (although it has been found in moderate abundance in fermented vegetable products, certain seaweeds, and in certain mushrooms, with the bioavailability of the vitamin in these cases remaining uncertain), [5] making B 12 deficiency a legitimate concern for those maintaining a ...
Serum vitamin B 12 is a medical laboratory test that measure vitamin B 12 only in the blood binding to both transcobalamins. [1] Most of the time, 80–94% of vitamin B 12 in the blood binds to haptocorrin, while only 6–20% is binds to transcobalamin ll. [2] Only transcobalamin ll is "active" and can be used by the body. [1]