gzc14s2q black seed soybean oil processing plant in congo

gzc14s2q black seed soybean oil processing plant in congo
                                               
                                               
                                               
                                               
  • gzc14s2q black seed soybean oil processing plant in congo
gzc14s2q black seed soybean oil processing plant in congo
gzc14s2q black seed soybean oil processing plant in congo
gzc14s2q black seed soybean oil processing plant in congo
gzc14s2q black seed soybean oil processing plant in congo
  • How many gene co-expression modules are there in soybean seeds?
  • Furthermore, six gene co-expression modules and 124 key candidate DEGs were identified related to the oil content in developing soybean seeds.
  • Which co-expression module is most positively correlated with soybean seed oil content?
  • Through weighted correlation network analysis, we identified six co-expression modules associated with soybean seed oil content and the pink module was the most positively correlated (r = 0.83, p = 7 × 10?4) network.
  • What is the preparatory section in the soybean oil manufacturing process?
  • First comes the preparatory section in the soybean oil manufacturing process. It marks the initial stage where raw soybeans are processed to make them ready for oil extraction. Upon arrival at an oil mill, seeds often contain various foreign materials acquired during harvesting or transportation.
  • Do gene expression levels change during soybean seed development?
  • Soybean is one of the most important oil crops in the world. Revealing the molecular basis and exploring key candidate genes for seed oil synthesis has great significance for soybean improvement. In this study, we found that oil accumulation rates and gene expression levels changed dynamically during soybean seed development.