CN103719743A - 一种高抗氧化醋蚕豆的制备方法及产品 - Google Patents
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Abstract
本发明提供一种高抗氧化醋蚕豆的制备方法及产品,属于豆制品加工领域。该方法具体步骤为:选用菜用蚕豆品种,豆荚饱满、鲜嫩时采摘,经剥粒、清洗、恒温醋浸得到高抗氧化醋蚕豆制品。本发明得到的醋蚕豆产品维生素C含量可达到4.04mg/100g、总酚含量可达到117.26mgGAE/100g,总黄酮含量可达到140.89mg/100g,大大提高了醋蚕豆的总抗氧化能力,显著降低蚕豆中的抗营养因子。本发明制得的高抗氧化醋蚕豆制品具有软化血管、降血糖、降血脂、降低胆固醇、防止动脉粥样硬化等功效,是中老年人食补食疗的饮食佳品。并且青蚕豆的利用可大大缩短蚕豆生育期,显著提高土地利用率,增加经济效益。
Description
技术领域
本发明属于豆制品加工技术领域,特别是涉及一种高抗氧化醋蚕豆的制备方法及产品。
背景技术
蚕豆,又名胡豆、罗汉豆,系豆科,蝶形花亚科,属越年生或一年生草本植物。蚕豆味道鲜美,营养丰富,是一种高蛋白、低脂肪的豆类蔬菜,富含多种维生素、氨基酸和矿物元素,还含多种有益生物活性物质,包括多酚、黄酮、活性蛋白、香豆素、生物碱等。
醋豆为我国传统食品,是以整豆粒为原料,经食醋浸渍而成的一种保健食品。醋豆汇集了豆类和食醋两者的营养和保健功效,浸渍后的醋豆还原能力、DPPH自由基清除能力和羟自由基清除能力均大于浸渍醋和大豆,具有降血压、降低胆固醇和甘油三酯、软化血管,对脑血栓、糖尿病、肥胖症等有辅助治疗作用,同时还可使豆中原有的抗营养因子如胰蛋白酶抑制剂、凝血素等失去活性,提高豆类的吸收率,扩大其使用途径。
中国专利CN1142911A公布了一种醋豆保健食品及其制备方法,选用大豆、豌豆、花生和南瓜子为原料,经食用醋浸渍烘干,研磨成粉制成胶囊。中国专利CN102450638A公布了一种醋豆的制备方法,将黑豆和花生米煮熟风干,先用菊花等汁液浸泡,再醋浸制成醋豆。中国专利CN102732412A公布了一种醋泡黑豆的生产工艺及生产的黑豆醋、醋黑豆,将黑豆加入香醋中浸泡3-6个月得醋豆。以上的专利都是采用成熟的干豆种子为原料制作而成的,干豆种子是鲜豆在植株上生长直至成熟,连植株采收去豆荚后再晒干制得。
本发明以鲜蚕豆为原料,经过酿造白醋浸泡而成,与干蚕豆种子醋浸渍相比,醋鲜蚕豆的维生素C含量明显高于醋干蚕豆种子,总酚和总黄酮含量均大大增加,醋鲜蚕豆的总抗氧化能力也大大提高,并显著降低了醋豆中的的抗营养因子植酸含量。同时鲜蚕豆生育期短,提高土地利用率,年亩效益增加,具有极大地资源优势。
发明内容
技术问题
本发明的目的是在于提供一种高抗氧化醋蚕豆的制备方法及产品。
技术方案
一种高抗氧化醋蚕豆的制备方法,其特征在于:
(1)原料选择:选用豆荚呈青绿色的新鲜蚕豆;
(2)剥粒清洗:采收后的蚕豆除荚剥粒,蚕豆粒用清水漂洗干净,沥干;
(3)醋浸:将沥干的蚕豆粒放入玻璃罐中,不要超过玻璃罐的三分之二容积,然后加入酿造白醋,蚕豆粒与白醋的比例为1:1-1:1.5,将玻璃罐密封,置于25℃恒温箱中浸渍7-10d取出,40℃干燥箱烘20min,即得香味浓郁、高抗氧化的醋蚕豆。
所述的一种高抗氧化醋蚕豆的制备方法,其特征在于:所述的蚕豆选用通蚕(鲜)6号或日本大白皮菜用蚕豆品种。
所述生产工艺获得的高抗氧化醋蚕豆产品。
有益效果
本发明以鲜蚕豆为原料,经过酿造白醋浸泡而成,与干蚕豆种子醋浸渍相比,醋鲜蚕豆的维生素C含量明显高于醋干蚕豆种子,总酚和总黄酮含量均大大增加,醋鲜蚕豆的总抗氧化能力也大大提高,并显著降低了醋豆中的抗营养因子植酸含量。同时鲜蚕豆生育期短,提高土地利用率,年亩效益增加,具有极大地资源优势。
用本发明方法制得的高抗氧化醋蚕豆产品维生素C含量达到4.04mg/100g、总酚含量达到117.26mgGAE/100g,总黄酮含量达到140.89 mg/100g,总抗氧化能力达到625.25mmol/100g。
与干蚕豆种子醋浸产品相比,醋鲜蚕豆产品维生素C含量是干蚕豆醋浸产品的4.04倍、总酚含量是干蚕豆醋浸产品的1.54倍,总黄酮含量是干蚕豆醋浸产品的2.66倍,总抗氧化能力是干蚕豆醋浸产品的2.89倍。
与鲜蚕豆相比,醋鲜蚕豆产品的总酚含量增加了49.51%,总黄酮含量增加了44.37%,总抗氧化能力增加了183.46%,植酸含量降低了54.61%。
说明本发明制得的醋鲜蚕豆产品具有较高的抗氧化能力。醋鲜蚕豆的DPPH自由基清除率达到90%以上,具有较好的自由基清除能力,且能够显著降低蚕豆中的抗营养因子植酸含量。同时制得的高抗氧化醋蚕豆制品具有软化血管、降血糖、降血脂、降低胆固醇、防止动脉粥样硬化等功效,是中老年人食补食疗的饮食佳品。并且青蚕豆的利用可大大缩短蚕豆生育期,显著提高土地利用率,增加经济效益。
下面结合实施例对本发明作进一步阐述,但不因此而限制本发明。
实施例1
选用日本大白皮(市场购买)鲜蚕豆品种为原料,在豆荚呈青绿色,籽粒饱满,豆脐还未完全变色时采收,采收后的蚕豆除荚剥粒,蚕豆粒用清水漂洗干净,沥干。将沥干的蚕豆粒放入玻璃罐中,不要超过玻璃罐的三分之二容积,然后加入酿造白醋(镇江恒丰酱醋有限公司生产的恒顺牌酿造白醋),蚕豆粒与白醋的比例为1:1.5,将玻璃罐密封,置于25℃恒温箱中浸渍7d取出,40℃干燥箱烘20min,即得高抗氧化的醋蚕豆。
实施例2
选用通蚕(鲜)6号(市场购买)鲜蚕豆品种为原料,在豆荚呈青绿色,籽粒饱满,豆脐还未完全变色时采收,采收后的蚕豆除荚剥粒,蚕豆粒用清水漂洗干净,沥干。将沥干的蚕豆粒放入玻璃罐中,不要超过玻璃罐的三分之二容积,然后加入酿造白醋,蚕豆粒与白醋的比例为1:1,将玻璃罐密封,置于25℃恒温箱中浸渍10d取出,40℃干燥箱烘20min,即得高抗氧化的醋蚕豆。
表1 醋浸渍对鲜蚕豆和干蚕豆种子抗氧化能力和抗营养因子的影响
nd:表示未检出。
从表1可以看出,随着醋浸泡时间的延长,醋鲜蚕豆和醋干蚕豆种子中的维生素C含量和植酸含量逐渐降低,醋鲜蚕豆维生素C含量高于醋干蚕豆种子,植酸含量反而低于干蚕豆种子;经过醋浸,醋鲜蚕豆总酚含量、总黄酮含量和总抗氧化能力显著增加,而醋干蚕豆种子的总酚含量逐渐下降,总黄酮含量和总抗氧化能力先减少后增加,但均低于醋鲜蚕豆;醋浸1d,醋鲜蚕豆和醋干蚕豆种子中的DPPH自由基清除率达到了90%以上,醋浸渍时间的延长对DPPH自由基清除率的影响不显著。醋浸渍鲜蚕豆增加了抗氧化物质含量,提高了蚕豆样品的DPPH自由基清除能力和抗氧化能力,并有效降低了蚕豆抗营养因子植酸含量。用上述方法制得的高抗氧化醋蚕豆产品维生素C含量(10天)达到4.04mg/100g、总酚含量达到117.26mgGAE/100g,总黄酮含量达到140.89 mg/100g,总抗氧化能力达到625.25mmol/100g。
与干蚕豆种子醋浸产品相比,醋鲜蚕豆产品维生素C含量是干蚕豆醋浸产品的4.04倍,总酚含量是干蚕豆醋浸产品的1.54倍,总黄酮含量是干蚕豆醋浸产品的2.66倍,总抗氧化能力是干蚕豆醋浸产品的2.89倍。
与鲜蚕豆相比,醋鲜蚕豆产品的总酚含量增加了49.51%,总黄酮含量增加了44.37%,总抗氧化能力增加了183.46%,植酸含量降低了54.61%。
与干蚕豆相比,醋干蚕豆产品的总酚含量下降了27.81%,总黄酮含量下降了38.75%,总抗氧化能力下降了21.44%,植酸含量下降了69.75%。
Claims (3)
1.一种高抗氧化醋蚕豆的制备方法,其特征在于:
(1)原料选择:选用豆荚呈青绿色的新鲜蚕豆;
(2)剥粒清洗:采收后的蚕豆除荚剥粒,蚕豆粒用清水漂洗干净,沥干;
(3)醋浸:将沥干的蚕豆粒放入玻璃罐中,不要超过玻璃罐的三分之二容积,然后加入酿造白醋,蚕豆粒与白醋的比例为1:1-1:1.5,将玻璃罐密封,置于25℃恒温箱中浸渍7-10d取出,40℃干燥箱烘20min,即得香味浓郁、高抗氧化的醋蚕豆。
2.根据权利要求1所述的一种高抗氧化醋蚕豆的制备方法,其特征在于:所述的蚕豆选用通蚕(鲜)6号或日本大白皮菜用蚕豆品种。
3.权利要求1-2之一所述生产工艺获得的高抗氧化醋蚕豆产品。
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