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Effects of aqueous soaking on the phytate and mineral contents and phytate : mineral ratios of wholegrain normal sorghum and maize and low phytate sorghum

机译:水浸对全素正常高粱,玉米和低植酸高粱植酸和矿物质含量及植酸盐:矿质比的影响

摘要

Soaking of cereal grains has been suggested as a method to reduce their phytate content and hence increase their mineral availability. Whole and milled wholegrain, normal and low phytate sorghum and normal maize were studied. Soaking of unmilled sorghum and maize did not result in substantial reductions in phytate or mineral contents. With milled grains, phytate solubilisation was somewhat greater in maize than in sorghum after a short (1 h) soaking period but not after 6-12 h of soaking when practically all phytate had been solubilised. Also, with milled, low phyate sorghums, phytate solubilisation was not substantially higher than in their null controls. Soaking milled grain substantially reduced mineral contents and Ca × phytate:zinc molar ratios. However, the loss in soluble minerals could have a greater negative effect on mineral availability, compared to the positive effect of the phytate reduction. Thus, soaking does not seem to be a viable household method to improve sorghum and maize mineral availability.
机译:有人建议将谷物浸泡是减少植酸盐含量从而增加其矿物质利用率的一种方法。研究了全谷物和碾磨全谷物,正常和低植酸高粱和正常玉米。未碾磨的高粱和玉米的浸透并没有导致植酸盐或矿物质含量的大幅降低。在磨碎的谷物中,短时间(1 h)的浸泡时间后,玉米中植酸的增溶程度要比高粱中的高,但当几乎所有植酸都被增溶后,植酸的增幅不超过高粱。同样,在研磨的低植酸高粱中,植酸的溶解度基本上不高于空白对照。浸泡磨碎的谷物会大大降低矿物质含量和植酸钙:锌的摩尔比。但是,与减少肌醇六磷酸的积极作用相比,可溶性矿物质的流失可能对矿物质的利用率产生更大的负面影响。因此,浸泡似乎不是提高高粱和玉米矿物质利用率的可行的家庭方法。

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