A novel peptide from soybean protein isolate significantly enhances resistance of the organism under oxidative stress
Recent studies have indicated that protein hydrolysates have broad biological effects. In the
current study we describe a novel antioxidative peptide, FDPAL, from soybean protein
isolate (SPI). The aim of this study was to purify and characterize an antioxidative peptide
from SPI and determine its antioxidative mechanism. LC–MS/MS was used to isolate and
identify the peptide from SPI. The sequence of the peptide was determined to be Phe-Asp-
Pro-Ala-Leu (FDPAL, 561 Da). FDPAL can cause significant enhancement of resistance to …
current study we describe a novel antioxidative peptide, FDPAL, from soybean protein
isolate (SPI). The aim of this study was to purify and characterize an antioxidative peptide
from SPI and determine its antioxidative mechanism. LC–MS/MS was used to isolate and
identify the peptide from SPI. The sequence of the peptide was determined to be Phe-Asp-
Pro-Ala-Leu (FDPAL, 561 Da). FDPAL can cause significant enhancement of resistance to …
A novel peptide from soybean protein isolate significantly enhances resistance of the organism under oxidative stress.
MHR Ma HeRan, LR Liu Rui, ZZY Zhao ZiYuan… - 2016 - cabidigitallibrary.org
Recent studies have indicated that protein hydrolysates have broad biological effects. In the
current study we describe a novel antioxidative peptide, FDPAL, from soybean protein
isolate (SPI). The aim of this study was to purify and characterize an antioxidative peptide
from SPI and determine its antioxidative mechanism. LC-MS/MS was used to isolate and
identify the peptide from SPI. The sequence of the peptide was determined to be Phe-Asp-
Pro-Ala-Leu (FDPAL, 561 Da). FDPAL can cause significant enhancement of resistance to …
current study we describe a novel antioxidative peptide, FDPAL, from soybean protein
isolate (SPI). The aim of this study was to purify and characterize an antioxidative peptide
from SPI and determine its antioxidative mechanism. LC-MS/MS was used to isolate and
identify the peptide from SPI. The sequence of the peptide was determined to be Phe-Asp-
Pro-Ala-Leu (FDPAL, 561 Da). FDPAL can cause significant enhancement of resistance to …