Method for breeding distinguished germ plasm of high-grade triticale rich in chrome
A cultivation method and wheat technology, applied in the field of agricultural research, can solve problems such as large span of disciplines and few applications by breeders, and achieve the effects of reducing biological damage, improving the probability of selection, and enriching genetic backgrounds
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[0025] The method for cultivating chromium-rich, high-quality triticale specific germplasm of the present invention is as follows:
[0026] (1) The inventor collected more than 60 genetic resources of blue and purple wheat (collectively referred to as black wheat) from 11 countries including the Netherlands, the United States, Australia, and Ethiopia, and traced back The sources of the grain pigment genes of these germplasms were identified and classified into six categories: echinopsis, cultivated emmer wheat, rye, Chinese spring wheat, durum wheat and landraces. The grain quality and trace elements of black wheat germplasm resources with pigment genes derived from six different genetic backgrounds were analyzed. It is found that some germplasms have higher copper, iron, manganese, zinc, selenium and chromium content than common white wheat, for example: CGN. The Australian triticale germplasm 14928 has medium trace element content and good comprehensive agronomic traits, an...
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