gzs95f3 screw soybean oil processing plant in mozambique

   
gzs95f3 screw soybean oil processing plant in mozambique
                                               
                                               
                                               
                                               
  • gzs95f3 screw soybean oil processing plant in mozambique
  • Does gmzf351 increase seed oil content in transgenic soybean plants?
  • Overexpression of GmZF351 increases seed oil content in transgenic soybean plants. A, Total FA contents in seeds of various plants. The cv Jack, vector control, and GmZF351 transgenic soybean plants (OE-34, OE-40, and OE-73) were used. Error bars indicate sd ( n = 4). Asterisks indicate significant differences compared with cv Jack (**, P < 0.01).
  • Can gmzf351 improve seed oil in dicotyledonous plants?
  • GmZF351 increases TAG content by up to 38% in soybean seeds and by up to 29% in Arabidopsis seeds, indicating its great potential application for improving seed oil in dicotyledonous plants by genetic manipulation. Soybean plants were grown in the experimental station in Beijing.
  • How does gmzf351 affect seed oil content?
  • GmZF351 enhanced the oil contents in seeds of transgenic Arabidopsis plants and transgenic soybean plants through the activation of lipid biosynthesis-related genes. Domestication appeared to target the GmZF351 locus and thus brought about a boost to seed oil content in cultivated soybean.
  • Does gmzf351 increase seed oil content during domestication?
  • Since ZF351 expression is positively related to seed oil content, it is most likely that GmZF351 is associated with an increase of seed oil content during domestication. Summary of the nucleotide diversity of ZF351 in cultivated soybean and wild soybean

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