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Acetylation of Starch Extracted from Rejected Fruits of &i&Musa × paradisiaca L.&/i& to Obtain a Pharmaceutical Disintegrant

机译:淀粉的乙酰化从& i&gt的被废弃的果实中提取。Musa× Paradisiaca L.& / i&获得药物崩解剂

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There are many natural sources to obtain pharmaceutical grade starch, one of which is banana ( Musa × paradisiaca L . ); nevertheless, the use of native starch has certain disadvantages compared to modified starches, whose disintegrating properties are better. In this study, starch extracted from rejected fruits of Musa × paradisiaca L . , was modified by acetylation, under the following optimized experimental conditions: 130 mL acetic anhydride, 3 mL sodium hydroxide 50% p/v for each 15 grams of native starch, at 123°C during 3 hours. The reaction resulted in a modified green banana starch with twice as much swelling capacity compared to unmodified (native) starch; acetylation was verified by infrared spectroscopy and degree of substitution of acetyl groups by back titration. The dissolution profiles of Ibuprofen tablets made with banana modified starch and commercial disintegrant, ha ve no differences according with their similarity factor , f _( 2 ) . It is concluded that it is feasible to use green banana starch modified through acetylation as a pharmaceutical disintegrant.
机译:有许多天然来源获得药物级淀粉,其中一个是香蕉( Musa× Paradisiaca L.);然而,与改性淀粉相比,使用天然淀粉具有某些缺点,其崩解性能更好。在这项研究中,从拒绝的果实中提取的淀粉 musa× Paradisiaca L. ,通过乙酰化改性,在以下优化的实验条件下:130mL乙酸酐,3ml氢氧化钠50%p / v,每个15克的天然淀粉在3小时内在123℃下。与未修饰(天然)淀粉相比,该反应导致修饰的绿色香蕉淀粉两倍的溶胀容量。通过反滴定通过红外光谱和乙酰基取代的乙酰化验证乙酰化。与香蕉改性淀粉和商业崩解制备的布洛芬片的溶出谱,HA VE没有根据其相似性因子, F _(2)的差异。结论是,使用通过乙酰化作为药物崩解剂改性的绿色香蕉淀粉是可行的。

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