sesame line peanut processing line sunflower oil line in syria

   
                                               
                                               
                                               
                                               
  • sesame line peanut processing line sunflower oil line in syria

FAQ

  • QCan genetic engineering improve oil content and seed yield in sesame plants?
    AGenetic engineering techniques have been used to enhance the oil content and seed yield in sesame plants by targeting essential enzymes involved in oil synthesis, including diacylglycerol acyltransferase (DGAT), phospholipid diacylglycerol acyltransferases (PDAT), fatty acid desaturases (FAD), and cytochrome b 5 (Muthulakshmi et al., 2021).
  • QHow did sunflower maintain its competitiveness on Oilseeds markets?
    ASunflower succeeded in maintaining its competitiveness on oilseeds markets in the previous decades, through continuous innovation in genetics, production and markets and a growing segmentation.
  • QWhat other products do you have?
    AWe provide various product types, screw oil press, palm fruit oil press, hydraulic oil press, oil filter, fried seed machine, etc. and customized according to customer needs.
  • QWhich genes are involved in lipid transfer and lipid hydrolysis in sesame seeds?
    AIn the sesame varieties, four loci underlying the natural variation of oil content in seeds pinpointed the candidate genes that were involved in the lipid transfer and lipid hydrolysis pathways. However, the loci underlying oil content in sesame were found to not always be the enzymes in the oil biosynthetic pathways.
  • QDoes sesame have a role in oil production & quality?
    AThe genes identified in sesame for oil production and quality probably play important roles in other closely related oilseed species (for example, sunflower) as well, offering the opportunity to look for genes with common function.
  • QWhat is sesame oil?
    A1. Introduction Sesame (Sesamum indicum L.) is one of the oldest cultivated oilseed crops, known for its resilient growth in arid conditions and highly valued seeds for their oil and nutritional content.
  • QDoes sinst1 affect lignin content in sesame seeds?
    AIn sesame seeds, the ‘A’ allele of SiNST1 (MAF=9%) was associated with significantly decreased content of oil, protein, sesamin and sesamolin, but increased content of lignin ( P <0.0001, t -test; Fig. 3e) and seed coat thickness ( P <0.01, t -test; Supplementary Fig. 15 ), which is consistent with the function of its Arabidopsis orthologue.