Wheat

$2 $3    Kilogram

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Mysore Mercantile Company Limited
   # 201 & 202, Ii Floor, "Shreshta Bumi", No.87, K R Road
   Rating: 4
   www.annextrades.com
   8886142950

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  • Wheat is one of the world’s most commonly consumed cereal grains.
  • It comes from a type of grass (triticum) that is grown in countless varieties worldwide.
  • Bread wheat, or common wheat, is the primary species. several other closely related species include durum, spelt, emmer, einkorn, and khorasan wheat.
  • White and whole-wheat flour are key ingredients in baked goods, such as bread. other wheat-based foods include pasta, noodles, semolina, bulgur, and couscous.
  • Wheat is highly controversial because it contains a protein called gluten, which can trigger a harmful immune response in predisposed individuals.
  • However, for people who tolerate it, whole-grain wheat can be a rich source of various antioxidants, vitamins, minerals, and fiber.

  • Triticum (wheat) comprises six biological species at the diploid, tetraploid, and hexaploid levels (table 1).
  • The polyploid triticum species originated by hybridization between triticum and the neighboring genus aegilops (goatgrass), as shown schematically in figure 1.
  • The tetraploid species, t. turgidum (genomes aabb) and t. timopheevii (genomes aagg), are polyphyletic. the a genomes of both species were contributed by t. urartu.
  • The b and g genomes are closely related to the genome of ae. speltoides (s genome).
  • The designation of these genomes as b and g rather than as modified s genomes has been retained for historical reasons. since t. turgidum is older than t. timopheevii, the b genome has diverged more from the s genome of ae.
  • Speltoides than the g genome. the g genome is virtually identical to the s genome at the molecular level but it differs from it, as well as from the b genome, by major structural chromosome rearrangements.
  • Hexaploid t. aestivum originated some 6000–7000 years ago by the hybridization of tetraploid wheat, most likely cultivated emmer (t. turgidum subsp. dicoccon), with ae. tauschii. ae. tauschii subsp. strangulata in transcaucasia was the principal source of the wheat d genome gene pool but, since several hybridization events were responsible for the formation of this gene pool, it cannot be excluded that ae. tauschii from other geographical regions, participated in shaping it.
  • Hexaploid t. zhukovskyi originated recently by interspecific hybridization of cultivated t. timopheevii with cultivated t. monococcum.


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Mysore Mercantile Company Limited

# 201 & 202, Ii Floor, "Shreshta Bumi", No.87, K R Road

   Rating: 4

Phone: 8886142950

Seller's Products

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