Deacetylation of glucomannan of Amorphophallus oncophillus using NaOH and its properties as iron excipient by gelation in ethanol

H. N. Ulya, D. H. Wardhani, N. Aryanti, D. Pangestuti
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引用次数: 4

Abstract

Iron encapsulation maximizes the absorption as well as protection the iron from inhibitor and oxidation. The proper excipient is required to be carefully selected to achieve these aims. Encapsulation using gelation method needs a matrix with gel-forming ability. Glucomannan has been studied as an excipient for various substances due to the desired characteristics to form strong, elastic, and stable. The glucomannan gel-forming ability is determined by the presence of acetyl groups in its chain, which prevent the long chains from binding to each other. Deacetylation increase the gel-forming ability of glucomannan. This work aimed to determine the deacetylation of glucomannan of Amorphophallus oncophillus using NaOH. This modified compound was used as encapsulant of iron using the gelation method in ethanol. Deacetylated glucomannan using a higher concentration of alkaline solution has a higher degree of deacetylation, lower viscosity, and non-linear solubility. Increasing glucomannan weight in deacetylation process raises the degree of deacetylation, viscosity, and solubility of deacetylated glucomannan. The deacetylation process improves iron encapsulation performance using glucomannan by 61.92% and eases the iron release evaluated by in-vitro test.Iron encapsulation maximizes the absorption as well as protection the iron from inhibitor and oxidation. The proper excipient is required to be carefully selected to achieve these aims. Encapsulation using gelation method needs a matrix with gel-forming ability. Glucomannan has been studied as an excipient for various substances due to the desired characteristics to form strong, elastic, and stable. The glucomannan gel-forming ability is determined by the presence of acetyl groups in its chain, which prevent the long chains from binding to each other. Deacetylation increase the gel-forming ability of glucomannan. This work aimed to determine the deacetylation of glucomannan of Amorphophallus oncophillus using NaOH. This modified compound was used as encapsulant of iron using the gelation method in ethanol. Deacetylated glucomannan using a higher concentration of alkaline solution has a higher degree of deacetylation, lower viscosity, and non-linear solubility. Increasing glucomannan weight in deacetylatio...
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NaOH对魔芋葡甘露聚糖的脱乙酰化及其作为铁赋形剂的特性研究
铁包封最大限度地吸收以及保护铁从抑制剂和氧化。为了达到这些目的,需要仔细选择合适的赋形剂。凝胶法封装需要具有成胶能力的基质。由于葡甘露聚糖具有形成强、弹性和稳定的特性,因此已被研究作为各种物质的赋形剂。葡甘露聚糖的凝胶形成能力是由其链中乙酰基的存在决定的,乙酰基可以防止长链相互结合。去乙酰化提高了葡甘露聚糖的成胶能力。本研究旨在用NaOH测定魔芋葡甘露聚糖的脱乙酰化。采用乙醇凝胶法制备了铁包封剂。用较高浓度的碱性溶液脱乙酰化葡甘露聚糖具有较高的脱乙酰程度、较低的粘度和非线性溶解度。在去乙酰化过程中增加葡甘露聚糖的重量,会提高去乙酰化葡甘露聚糖的去乙酰化程度、粘度和溶解度。体外实验表明,脱乙酰化工艺使葡萄糖甘露聚糖对铁的包封性能提高了61.92%,并减轻了铁的释放。铁包封最大限度地吸收以及保护铁从抑制剂和氧化。为了达到这些目的,需要仔细选择合适的赋形剂。凝胶法封装需要具有成胶能力的基质。由于葡甘露聚糖具有形成强、弹性和稳定的特性,因此已被研究作为各种物质的赋形剂。葡甘露聚糖的凝胶形成能力是由其链中乙酰基的存在决定的,乙酰基可以防止长链相互结合。去乙酰化提高了葡甘露聚糖的成胶能力。本研究旨在用NaOH测定魔芋葡甘露聚糖的脱乙酰化。采用乙醇凝胶法制备了铁包封剂。用较高浓度的碱性溶液脱乙酰化葡甘露聚糖具有较高的脱乙酰程度、较低的粘度和非线性溶解度。葡萄糖甘露聚糖在去乙酰化过程中的重量增加。
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