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Edible hydrogel from gelatin and alginate as functional low-calorie noodle

机译:明胶和海藻酸盐的食用水凝胶作为功能性低热量面条

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摘要

There is an urgent need to develop edible hydrogels that can be served as a main dish with low-calorie content and high satiety value, yet are easy to digest. However, the development of such hydrogels remains challenging. In this study, low-calorie edible hydrogels were prepared from gelatin and sodium alginate (gel/SA hydrogels) through a facile acid soaking-drying method. These gel/SA hydrogels exhibited excellent mechanical properties with texture characteristics similar to that of Liangpi. The sensitivity of gelatin and acidified sodium alginate to pH resulted in a high swelling ratio of the hydrogels, contributing to weight retention in a simulated stomach environment and rapid degradation in a simulated intestinal environment. These properties indicate that these gel/SA hydrogels have a good prospect of being used as low-calorie food with high satiety value and are easy to digest. Konjac glucomannan can also be incorporated into the gel/SA hydrogels to further improve their biological functionality.
机译:迫切需要开发可作为主菜的食用水凝胶,具有低热量和高饱腹感,但易于消化。然而,这种水凝胶的开发仍然具有挑战性。本研究以明胶和海藻酸钠为原料,采用简单的酸浸-干法制备了低热量食用水凝胶(凝胶/SA水凝胶)。这些凝胶/SA水凝胶表现出优异的力学性能,其质构特征与良皮相似。明胶和酸化海藻酸钠对pH值的敏感性导致水凝胶的高溶胀率,有助于在模拟胃环境中保持体重,并在模拟肠道环境中快速降解。这些特性表明,这些凝胶/SA水凝胶具有良好的应用前景,可作为低热量食品,具有较高的饱腹感,并且易于消化。魔芋葡甘露聚糖也可以掺入凝胶/SA水凝胶中,以进一步改善其生物学功能。

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