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    • 4. 发明授权
    • Aluminum treated proteins
    • 铝处理的蛋白质
    • US4375431A
    • 1983-03-01
    • US334619
    • 1981-12-28
    • Marion M. BradfordFrank T. OrthoeferKenneth N. Wright
    • Marion M. BradfordFrank T. OrthoeferKenneth N. Wright
    • C07K14/415A23J1/14C07K1/107C07G7/00C07G7/04
    • A23J1/14
    • Phytate-containing proteinaceous materials are treated with trivalent aluminum to alter the physical, chemical, metabolic, functional and nutritional values of the protein. Protein derived from phytate-containing seed materials treated with trivalent aluminum possess improved solvent solubility, protease digestability, reduced thermophiles and trypsin inhibition reduction, low viscosity, trace mineral bioavailability, etc. without requiring phytate or phytic acid removal. The aluminum treatment may be conducted at numerous protein manufacturing stages with a wide variety of different materials. Phytate-containing proteins may be effectively extracted at acid pH levels in the presence of trivalent aluminum without sacrificing recoverable protein yields.
    • 含有植酸盐的蛋白质材料用三价铝处理以改变蛋白质的物理,化学,代谢,功能和营养价值。 用三价铝处理的含有植酸盐的种子材料的蛋白质具有改善的溶剂溶解度,蛋白酶消化能力,降低的嗜热菌和减少胰蛋白酶抑制,低粘度,微量矿物质生物利用度等,而不需要植酸盐或植酸去除。 铝处理可以在多种不同材料的许多蛋白质制造阶段进行。 含有植酸盐的蛋白质可以在三价铝存在下在酸性pH水平下有效提取,而不牺牲可回收的蛋白质产量。