Publications by authors named "An-Lin Ding"

Article Synopsis
  • Soybean is a vital source of high-quality plant protein for humans, containing all essential amino acids but also includes anti-nutritional factors like lipoxygenase (Lox) and trypsin inhibitor (Ti) that can affect food quality.
  • Researchers developed new soybean germplasms by selectively breeding varieties to eliminate Lox and Ti, utilizing specific gene markers for better processing and nutritional quality.
  • The parent varieties used include both domestic and US introductions, aiming to enhance soybean breeding and improve production and utilization quality.
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Article Synopsis
  • Soybean protein is rich in balanced amino acids, including all essential ones, but has components like Lipoxygenase (Lox) and Trypsin inhibitor (Ti) that can negatively affect food quality.
  • Researchers at the Institute of Crop Sciences have developed a new soybean germplasm with null Lox isozymes through biochemical marker selection, making it the first in the country to contain the null Lox1.2.3 genes.
  • This advancement is expected to improve soybean breeding and enhance the quality and use of soybean products.
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Soybean protein is a kind of high-quality protein composed of balanced amino acids, which contains all kinds of amino acid, especially 8 amino acids necessary for human, but also contains some components that are not good for human and affect food quality, such as Trypsin inhibitor and Lipoxygenase. Nutritional value and processing quality of soybean can be improved by means of development of new variety with null Lox and Ti. In this paper, a new soybean variety Zhonghuang 16 (originally name as Zhongzuo 96-952) was developed by Institute of Crop Breeding and Cultivation Chinese Academy of Agricultural Sciences through years of biochemical marker assistant selection for null trypsin inhibitor by Native-polyacrylamid gel electrophoresis (Native-PAGE) and null lipoxygenase by means of isoelectric focusing-polyacrylamid gel electrophoresis (IEF-PAGE) in the hybrid progenies of "ti15176" (Female parent)--a high-yielding, mosaic virus resistant and null trypsin inhibitor line and "Century-2.

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