2 results about "Zinc Supplements" patented technology

This invention discloses a zinc chelate peptide derived from Litopenaeus vannamei, its preparation method, and its application, belonging to the field of polypeptide biotechnology. The process includes: taking Litopenaeus vannamei meat pulp, enzymatically hydrolyzing it with a neutral protease, chelating the hydrolysate with a zinc source, separating and purifying it by gel chromatography, and collecting the highly chelating active component; identifying the highly chelating active component by LC-MS / MS, using water solubility, non-toxicity, low allergenicity, and high zinc chelation potential as screening criteria, and calculating the peptide and Zn content using molecular docking. 2+ By determining the binding energy, highly active zinc chelating peptides were obtained through screening. Five high-binding-energy peptides were identified, three of which can stably chelate zinc: TGPDPDPTEFL, GEIPDSDLPDRRG, and AFDGDGDRNM. The zinc chelating peptides obtained in this invention exhibit high solubility and high cellular safety, significantly promoting zinc transport within cells. They can be used to prepare nutritional fortifiers, oral zinc supplements, or special medical foods.

This invention provides an Antarctic krill-derived zinc chelating peptide, its preparation method, and its applications, belonging to the field of marine bioactive peptide technology. This invention utilizes defatted Antarctic krill powder to prepare high-affinity zinc chelating peptides, and the obtained peptides exhibit excellent zinc chelating capabilities. Mass spectrometry identification identified four peptides, all of which possess excellent zinc chelating abilities. The Antarctic krill-derived zinc chelating peptide prepared by this invention significantly enhances the zinc chelating ability compared to currently confirmed Antarctic krill peptides, and can be used as a carrier for fourth-generation zinc supplements in the prevention and treatment of zinc deficiency in common foods, health foods, and pharmaceuticals. This invention achieves high-value and precise utilization of defatted Antarctic krill powder, a processing byproduct, effectively improving resource utilization and industrial value, while also providing a new feasible approach for the development of safe and efficient zinc supplements.