National Chemical Research Laboratory, Council for Scientific and Industrial Research, Pretoria, South Africa.
Plant Physiol. 1975 Jan;55(1):1-6. doi: 10.1104/pp.55.1.1.
Protein bodies and spherosomes have been isolated from mature seeds of Sorghum bicolor (Linn.) Moench by a procedure which successfully disrupts the protein starch complex in the grain. Protein bodies from whole grain are 68% protein and have a distinct border and a monolithic appearance. Those from embryo are 95% protein and have diffuse borders, vacuoles, and appear very granular. Aleurone tissue protein bodies are 46% protein with a structure similar to those from embryo, but possibly are composed of a protein carbohydrate mixture. Spherosomes from all sources are quite similar in composition and structure. They have an average composition of 27% protein, 12% phosphorus, and 8.6% metals. Microscopically, they appear as small vesicles bounded by a wall which is probably composed of protein and the potassiummagnesium salt of phytic acid.
通过一种成功破坏谷物中蛋白质淀粉复合物的程序,从成熟的高粱( Sorghum bicolor (Linn.) Moench)种子中分离出蛋白体和球形体。全谷物的蛋白体含有 68%的蛋白质,具有明显的边界和整体外观。那些来自胚的蛋白体含有 95%的蛋白质,具有弥散的边界、液泡,并且看起来非常颗粒状。糊粉层组织的蛋白体含有 46%的蛋白质,其结构与来自胚的蛋白体相似,但可能由蛋白质碳水化合物混合物组成。来自所有来源的球形体在组成和结构上非常相似。它们的平均组成是 27%的蛋白质,12%的磷和 8.6%的金属。从微观上看,它们呈现出被壁包围的小泡,壁可能由蛋白质和植酸的钾镁盐组成。