Hexaploid Wheat: Evolution, Domestication, Dissemination, US Commercialization, and Molecular Characterization

Hexapent wheat: Evolution, domestication, infection, commercialization in the USA and molecular identification wheat is one of the world's leading edible crops and offers 532 kcal / person / day (http: //faostat.fao.org). Whereas the United States is the world's third largest wheat producer, the world's wheat production is about 6.7 million tons, following the corn (7.22 million tons) and the rice (7.2 million tons) (http: // faostat.fao.org). (Http://faostat.fao.org) The wheat group consisted of 13 diploid species and 18 hetero-polyploid species (12 quadruplexes and 6 hexaplexes) (Feldman et al.

The cultivation of wheat is one example. When wild wheat matures it will break and will fall on the ground and replant it, but breeded wheat will remain on the stem for harvest. This change is possible due to random mutation in the wild population at the start of wheat cultivation. Wheat with this mutation is harvested more frequently and becomes seed for the next season. Therefore, I did not realize that early farmers chose this mutation. As a result, families of wheat that rely on breeding and dissemination of farmers were born.

When we looked into some research on the history of wheat in this country, we found that low protein bread (soft wheat) was chosen as the best wheat for making pastries. Therefore, the D genome introduced into hexaploid wheat has a potentially immunologically active epitope than the A and B genome. Introducing the D genome into our wheat protein may stimulate autoimmune reactions and allergies. Intestinal permeability and intestinal leakage: If you are reading my blog, you may be tired of listening to leaky bowel syndrome, but this is why we are harmful to gluten I might explain the reaction. When the digestive system is damaged, large gaps are formed between intestinal cells, resulting in increased intestinal permeability. Large undigested particles containing proteins, entering the bloodstream through the gastrointestinal tract and causing an immune response

Breeding humans with wheat is just one example of how many creatures began to depend on other creatures. The microorganisms in the human intestine depend on us as much as we depend on. Ameba floating in the sea needs to be eaten by small fish. A tuna needs a cleaner fish so that a tuna need tuna. Planet Earth has a suspicious history of two species leaning against each other to promote evolutionary development. The fact that humans rely on wheat and other major crops makes it a Faust contract. Except for this negotiation, it did not last for several years. It lasted 10,000 (and is still growing)