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'Modern wheat has had a very long history of hybridization, starting with ancestral grasses in the wild and also occurring naturally in farmers’ fields in antiquity. Humans have continued the process chemically in the last century, and especially during the last 50 years in order to increase yields, resist fungal diseases and pest attacks, improve ease of mechanical harvesting and meet rigorous demands of industrial milling and mechanized baking methods.'
'But even before these latest GMO changes[in the works], it appears that recent forced and accelerated hybridizations have changed wheat nutritionally in ways that no one seems to have considered, while research into the health effects of these transformations has barely begun. It is through the story of modern wheat’s pedigree, some of which is still disputed by archaeobotanists, that some light can be shed upon gluten intolerance and celiac disease.'
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Iam
Raju Al Nima
From
healtheverydays
Find out health informations update, beauty care,fitness energizing moves, easy recipes, expert tips, and advice on losing weight from healtheverydays
Find out health informations update, beauty care,fitness energizing moves, easy recipes, expert tips, and advice on losing weight from healtheverydays
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