CN102907497A - Nutritional compound fermented glutinous rice milk - Google Patents
Nutritional compound fermented glutinous rice milk Download PDFInfo
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Abstract
本发明公开了一种营养复合型酒酿牛奶,含有牛奶、酒酿、胶原蛋白;燕麦。其营养价值高于普通牛奶,营养补充更合理、更全面。特别是酒酿与牛奶的协同催乳作用,可以有效提高产妇的产奶量,并且可增加哺乳期后的乳房的坚实丰满,尤其适用哺乳期妇女食用。本产品还具有抗骨质疏松、美容养颜、改善关节健康、提高人体免疫力、预防癌症、调节人体血液的酸碱平衡、提高人体蛋白质的吸收和利用率等作用;本发明的营养复合型牛奶具有酒酿与牛奶混合后产生的特有的香味,甘甜适口,是一种老幼皆宜的保健食品。The invention discloses a nutrient compound fermented glutinous rice milk, which contains milk, fermented glutinous rice, collagen and oats. Its nutritional value is higher than that of ordinary milk, and its nutritional supplement is more reasonable and comprehensive. In particular, the synergistic prolactin effect of fermented glutinous rice and milk can effectively increase the milk production of mothers, and can increase the firmness and fullness of breasts after lactation, and is especially suitable for lactating women. This product also has the effects of anti-osteoporosis, beautifying and beautifying, improving joint health, enhancing human immunity, preventing cancer, regulating the acid-base balance of human blood, and improving the absorption and utilization of human protein; the nutritional compound milk of the present invention It has a unique aroma produced by mixing fermented rice and milk, is sweet and palatable, and is a health food suitable for all ages.
Description
技术领域 technical field
本发明涉及一种牛奶产品及其生产方法,特别是一种含有酒酿、胶原蛋白等成分的营养复合型酒酿牛奶。 The invention relates to a milk product and a production method thereof, in particular to a nutrient compound fermented glutinous rice milk containing components such as fermented glutinous rice and collagen. the
背景技术 Background technique
长期以来,为了提高人口质量,我国大力提倡母乳喂养。但是,由于现代饮食成份、环境的改变,使得产后奶水不足的人群数量大幅度增加;此外,部分产妇由于担心哺乳期后乳房松弛下垂,不愿母乳喂养。所以,生产一种可以催乳、丰乳的食品,可以保持哺乳期后产妇的乳房坚实丰满,可以有效提高母乳喂养率,增强婴儿的健康水平。 For a long time, in order to improve the quality of the population, my country has vigorously advocated breastfeeding. However, due to changes in modern diet ingredients and the environment, the number of people with insufficient milk after childbirth has increased significantly; in addition, some puerperas are reluctant to breastfeed because they are worried about breast sagging after breastfeeding. Therefore, the production of a food that can promote lactation and breast enhancement can keep the breasts of the mothers firm and plump after lactation, effectively improve the breastfeeding rate, and enhance the health of the baby. the
牛奶在中国具有悠久的历史,是我国的传统食品,一直被人们认为是最佳营养饮品之一,近几年来,牛奶已成为人们早餐和佐餐饮品。但其营养成份多为乳脂肪、蛋白质、乳糖、矿物质、维生素等,存在营养成分种类单一、搭配不均衡、口味单调等问题,特别是,牛奶有奶腥味,而许多人不喜欢奶腥味,影响了牛奶的销售。本发明所涉及的牛奶加入了酒酿、胶原蛋白和燕麦组成的营养复合物,可实现动植物营养互补。其中所含的酒酿是我国的传统美食,营养丰富,在民间广泛用作产妇催奶食品;胶原蛋白具有美容养颜,抗骨质疏松,改善关节健康,提高人体免疫力等作用;燕麦中蛋白质含量居谷类作物首位,人体必需的8种氨基酸不仅含量很高,而且均衡,燕麦中钙的含量也高于其它粮食作物,另外,磷、铁、维生素B1和B2含量也较丰富。与现有牛奶相比,本发明的牛奶营养补充更合理、更全面,是一种老幼皆宜的牛奶食品,因此更易被消费者接受,具有很好的市场前景。 Milk has a long history in China and is a traditional food in my country. It has always been considered as one of the best nutritional drinks. In recent years, milk has become a drink for people's breakfast and meals. However, its nutritional ingredients are mostly milk fat, protein, lactose, minerals, vitamins, etc., and there are problems such as single type of nutritional ingredients, unbalanced collocation, and monotonous taste. In particular, milk has a milky smell, and many people do not like milky smell. Taste, affecting the sales of milk. The milk involved in the present invention is added with a nutrient compound composed of fermented glutinous rice, collagen and oats, which can realize the nutritional complementarity of animals and plants. The fermented glutinous rice contained in it is a traditional delicacy of our country, which is rich in nutrition and is widely used as a milk-promoting food for puerpera in the folk; collagen has the functions of beautifying and beautifying, anti-osteoporosis, improving joint health, and improving human immunity; the protein content in oats It ranks first among cereal crops. The 8 essential amino acids are not only high in content, but also balanced. The content of calcium in oats is also higher than that of other food crops. In addition, the content of phosphorus, iron, vitamin B1 and B2 is also rich. Compared with the existing milk, the milk nutritional supplement of the present invention is more reasonable and comprehensive, and is a milk food suitable for all ages, so it is easier to be accepted by consumers and has a good market prospect. the
本发明所涉及的营养复合物成分主要为酒酿、胶原蛋白和燕麦。酒酿是由糯米经过发酵而制成的一种风味食品,深受人们的喜爱,其产热量高,富含碳水化合物、蛋白质、B族维生素、矿物质等,这些都是人体不可缺少的营养成分。B族维生素有促进乳汁分泌的作用,所以,民间用作哺乳期妇女通利乳汁。胶原蛋白富含除色氨酸和半胱氨酸外的18种氨基酸,其中维持人体生长所必需的氨基酸有7种。还含有在一般蛋白中少见的羟脯氨酸和焦谷氨酸和在其它蛋白质几乎不存在的羟基赖氨酸,所以胶原蛋白的营养十分丰富。另外,胶原蛋白是细胞外基质的主要成分,可以抗骨质疏松,美容养颜,改善关节健康,提高人体免疫力,对维持皮肤、血管壁弹性,保持毛发、指甲柔软亮泽,提高软骨的润滑性等都有重要作用。由于其独特的理化性质和优良的生物相容性,在许多领域得到了广泛应用。燕麦含有较高的蛋白质和可溶性膳食纤维,在粮谷类中居首位。根据中国预防医学科学院营养与食品卫生研究所对食物成分的分析结果,燕麦中蛋白质含量居谷类作物首位,人体必需的8种氨基酸不仅含量很高,而且平衡,燕麦中钙的含量也高于其它粮食作物。另外,磷、铁、维生素B1和B2含量也较丰富,燕麦作为一种具有较高营养价值和保健功效的作物,是人们越来越喜爱和推崇的功能性食品。 The nutritional complex ingredients involved in the present invention are mainly fermented glutinous rice, collagen and oats. Jiuniang is a flavor food made from glutinous rice through fermentation. It is deeply loved by people. It produces high calories and is rich in carbohydrates, proteins, B vitamins, minerals, etc., which are indispensable nutrients for the human body. . B vitamins can promote the secretion of milk, so it is used by folks to benefit breastfeeding women. Collagen is rich in 18 kinds of amino acids except tryptophan and cysteine, among which there are 7 kinds of amino acids necessary to maintain human growth. It also contains hydroxyproline and pyroglutamic acid, which are rare in general proteins, and hydroxylysine, which hardly exists in other proteins, so the nutrition of collagen is very rich. In addition, collagen is the main component of the extracellular matrix, which can resist osteoporosis, beautify the skin, improve joint health, improve human immunity, maintain the elasticity of skin and blood vessel walls, keep hair and nails soft and shiny, and improve the lubrication of cartilage Sex and so on play an important role. Due to its unique physical and chemical properties and excellent biocompatibility, it has been widely used in many fields. Oatmeal contains high protein and soluble dietary fiber, ranking first among grains. According to the analysis results of food components by the Institute of Nutrition and Food Hygiene of the Chinese Academy of Preventive Medicine, the protein content in oats ranks first in cereal crops. The 8 kinds of amino acids necessary for the human body are not only high in content, but also balanced. The calcium content in oats is also higher than other foods. food crops. In addition, phosphorus, iron, vitamin B1 and B2 are also rich in content. As a crop with high nutritional value and health benefits, oat is a functional food that people love and respect more and more. the
本发明涉及的营养价值丰富,且成本低的营养复合型牛奶,对牛奶工业的发展有着重要意义。 The nutrient-compound milk with rich nutritional value and low cost involved in the invention is of great significance to the development of the milk industry. the
发明内容 Contents of the invention
本发明的目的是提供一种含有胶原蛋白、红薯和燕麦的保健效果更好的营养复合型牛奶及其制备方法。 The purpose of the present invention is to provide a kind of nutritional compound milk containing collagen, sweet potato and oats with better health care effect and its preparation method. the
本团队偶然发现,将酒酿与牛奶混合后,消除了牛奶的腥味,变成谈谈的酒酿和牛奶混合的清香,一种特有的清香,少许的甜味,口感口感细腻爽滑,一道美食,称之为“酒酿牛奶”。 Our team accidentally discovered that after mixing fermented rice and milk, the fishy smell of milk is eliminated, and it becomes the fragrance of the mixture of fermented glutinous rice and milk, a unique fragrance, a little sweetness, delicate and smooth taste, a delicacy , called "wine brewed milk". the
进一步的食用发现,酒酿牛奶有催乳作用,且效果较好。 Further consumption found that fermented milk has a prolactin effect, and the effect is better. the
酒酿是由酒曲加入糯米或梗米发酵而成,现有的酒曲有许多种,不同酒曲的风味不同,有点酒曲味道甜,且酒精度很低,即使室温放置10多天,仍然酒精度很低,<3度;有的酒曲酒精度高,可达10多度。因而提出设想:不同酒曲发酵酒酿的催乳效果可能不同,所以,应该试验确定最佳催乳酒曲。试验设计如下: Jiuniang is made by fermenting koji with glutinous rice or japonica rice. There are many kinds of koji. Different koji have different flavors. A little koji tastes sweet and has a low alcohol content. Even if it is left at room temperature for more than 10 days, the alcohol content is still very low. , <3 degrees; some distiller's yeast has a high alcohol content, which can reach more than 10 degrees. Therefore, a hypothesis is put forward: different distiller's koji fermented fermented fermented glutinous rice may have different prolactin effect, so the best prolactin distiller's koji should be tested. The experimental design is as follows:
选用3种酒曲,(1)低酒精度(酒酿的酒精度<3度)、(2)中酒精度(酒酿的酒精度<7度)、(3)高酒精度(酒酿的酒精度<12度),发酵生产酒酿,然后与牛奶混合,制得酒酿牛奶,分别命名为1、2、3号酒酿牛奶。 Choose 3 kinds of distiller's koji, (1) low alcohol content (alcohol content of wine nian < 3 degrees), (2) medium alcohol content (alcohol content of wine nian < 7 degrees), (3) high alcohol content (alcohol content of wine nian < 12 degrees) degree), fermented to produce fermented glutinous rice, and then mixed with milk to obtain fermented glutinous rice milk, named No. 1, No. 2, and No. 3 fermented glutinous rice respectively. the
试验人群:哺乳期妇女,每组30人,试验时间1个月。每天食用酒酿牛奶600ml。酒酿与牛奶的比例为4:6,即含酒酿40%(质量比)。 Test population: breastfeeding women, 30 people in each group, and the test time is 1 month. Consume 600ml of fermented milk every day. The ratio of fermented glutinous rice and milk is 4:6, that is, it contains 40% fermented glutinous rice (mass ratio). the
试验指标,考虑到人的体重、身高、体质差异,所产奶量是不同的,所以试验指标采用了自身对照法,设计的试验指标为: The test index, taking into account the difference in body weight, height, and constitution, the milk production is different, so the test index adopts the self-control method, and the designed test index is:
CR=试验后产奶量/试验前产奶量% CR=milk production after test/milk production before test%
试验过程:记录食用酒酿牛奶前10天的产奶量,取平均值,作为空白对照值。食用酒酿牛奶一个星期后,开始记录产奶量,连续记录10天,取平均,作为试验值。 Test process: record the milk production 10 days before eating fermented milk, and take the average value as the blank control value. One week after eating fermented milk, start to record the milk production, record continuously for 10 days, and take the average as the test value. the
试验结果是,1号酒酿牛奶的CR为116.5,2号酒酿牛奶的CR为108.4,3号酒酿牛奶的CR为102.7。由数据可见,1号酒酿牛奶催乳效果较好,而3号酒酿牛奶效果较差,基本没有催乳效果,可见,不同酒曲酒酿的催乳效果相差很大,所以,必须选用低酒精度酒曲发酵的酒酿。 The test result is that the CR of No. 1 Jiuniang milk is 116.5, the CR of No. 2 Jiuniang milk is 108.4, and the CR of No. 3 Jiuniang milk is 102.7. It can be seen from the data that No. 1 Jiuniang milk has a better lactogenic effect, while No. 3 Jiuniang milk has a poor effect and basically has no lactogenic effect. It can be seen that the lactogenic effects of different Jiujiu Niang vary greatly. Therefore, it is necessary to choose Jiuniang fermented with low alcohol content. . the
试验结果表明,1号酒酿牛奶有较好的催乳效果,似乎优于民间传统的酒酿催乳效果。于是提出设想:酒酿与牛奶可能存在协同作用,从而增加了催乳效果。为了证实这一设想,设计新的试验。如果酒酿与牛奶有协同作用,那么,酒酿与牛奶的比例也将影响催乳效果,因此,要进行不同比例的酒酿牛奶试验。目前尚未见有关牛奶催乳的报道,所以,只将酒酿作为对照组。仍然采用自身对照法进行试验,以抵消人的体重、身高、体质差异。参加试验人数为150人,哺乳期妇女。试验食品为3种:(1)酒酿,(2)含酒酿50%的酒酿牛奶,(3)含酒酿60%的酒酿牛奶。每人每天食用600ml。每人均食用这3种食品,3种食品的食用顺序随机抽签决定,以防止食用顺序不同可能产生的影响。 The test results show that No. 1 Jiuniang milk has a better prolactin effect, which seems to be better than the traditional folk fermented milk. So a hypothesis was proposed: fermented glutinous rice and milk may have a synergistic effect, thereby increasing the prolactin effect. To confirm this hypothesis, new experiments were designed. If fermented glutinous rice and milk have a synergistic effect, then the ratio of fermented glutinous rice and milk will also affect the effect of promoting lactation. Therefore, it is necessary to conduct experiments with different proportions of fermented glutinous rice and milk. So far, there has been no report about milk promoting lactation, so only fermented glutinous rice is used as the control group. The self-control method is still used to test to offset the differences in people's weight, height and constitution. The number of participants in the experiment was 150 people, lactating women. Three kinds of food were tested: (1) Jiuniang, (2) Jiuniang milk containing 50% Jiuniang, (3) Jiuniang milk containing 60% Jiuniang. Each person consumes 600ml per day. Each person eats these 3 kinds of food, and the eating order of the 3 kinds of food is randomly drawn to prevent the possible influence of different eating order. the
试验过程:记录食用酒酿牛奶前10天的产奶量,取平均值,作为空白对照值。然后,按抽签决定的顺序食用3种食品。例如,某试验者抽签顺序为(1)、(3)、(2),试验过程为:首先,食用1号食品一个星期后,开始记录产奶量,连续记录10天,取平均,作为试验值。然后,开始食用3号食品,一个星期后,开始记录产奶量,连续记录10天。最后,食用2号食品,一个星期后,开始记录产奶量,连续记录10天。至此,完成一个试验。 Test process: record the milk production 10 days before eating fermented milk, and take the average value as the blank control value. Then, eat the 3 foods in the order determined by the lottery. For example, a tester draws lots in the order of (1), (3), and (2), and the test process is as follows: First, after eating No. 1 food for a week, start to record milk production, record for 10 consecutive days, and take the average as the test value. Then, start to eat No. 3 food, and after a week, start to record the milk production, and record continuously for 10 days. Finally, eat No. 2 food, and after one week, start to record the milk production, and record continuously for 10 days. At this point, a test is completed. the
试验结果如下:
试验4为前期试验,酒酿牛奶中酒酿含量为40%。 Test 4 is a preliminary test, and the content of fermented glutinous rice in fermented glutinous rice milk is 40%.
由试验结果可见,2号试验(50%酒酿牛奶)的产奶量最高,显著高于1号试验(只食用酒酿),表明,酒酿与牛奶产生了显著的协同作用,这是意想不到的效果。此前,没有数据显示,酒酿与牛奶可以产生协同作用。从试验结果还可见,2号试验的产奶量高于3、4号,即含50%酒酿的酒酿牛奶,其产奶量高于含酒酿40%、60%的酒酿牛奶的产奶量,这进一步表明,酒酿与牛奶产生了协同作用。 It can be seen from the test results that the milk yield of experiment No. 2 (50% fermented glutinous rice) was the highest, which was significantly higher than that of trial No. 1 (only consuming fermented glutinous rice), which indicated that fermented glutinous rice and milk had a significant synergistic effect, which was an unexpected effect . Previously, there was no data showing that fermented glutinous rice and milk can produce a synergistic effect. It can also be seen from the test results that the milk yield of test No. 2 is higher than that of No. 3 and No. 4, that is, the fermented milk containing 50% fermented glutinous rice, and its milk production is higher than that of fermented fermented milk containing 40% and 60% fermented glutinous rice. This further shows that fermented glutinous rice has a synergistic effect with milk. the
由于试验过程较长,超过3年,其中许多试验者陆续停止哺乳,部分试验者停止哺乳后向我们反映:乳房性状仍然比较坚实丰满,这是一个意想不到的效果,提示,酒酿牛奶可能有助于乳房坚实丰满。于是,又提出新的试验计划,参加试验人员100人,每天食用600ml酒酿牛奶,空白对照100(不食用酒酿牛奶。 Due to the long test process, more than 3 years, many of the testers stopped breastfeeding one after another, and some testers reported to us after stopping breastfeeding that the breasts are still relatively firm and plump, which is an unexpected effect, suggesting that fermented milk may help Firm and full breasts. Therefore, a new test plan was proposed, and 100 people participated in the experiment, consuming 600ml of fermented milk every day, and 100 blank controls (not eating fermented milk.
试验过程:断奶前一个月开始食用酒酿牛奶(含酒酿50%),断奶后20天,观察乳房外形。将乳房外形(RW)分成6个等级,6级为最好,1级最差,将试验组和空白对照组的RW分别均均值。试验结果为,试验组和对照组的RW分别为5.1和3.8,试验组的RW值较对照组高了25.4%,有较大改善。所以,食用酒酿牛奶可以有效改善哺乳后乳房的外形坚实丰满度。 Experimental process: One month before weaning, weaned fermented milk (containing 50% fermented glutinous rice) was consumed, and 20 days after weaning, the shape of the breast was observed. Divide the breast shape (RW) into 6 grades, grade 6 is the best, grade 1 is the worst, and the RW of the test group and the blank control group are respectively averaged. The test results showed that the RW of the test group and the control group were 5.1 and 3.8 respectively, and the RW value of the test group was 25.4% higher than that of the control group, which was greatly improved. Therefore, eating fermented milk can effectively improve the firmness and fullness of breasts after breastfeeding. the
考虑到胶原蛋白、燕麦有较好的营养,与酒酿牛奶配合,可以产生更好的营养价值,在最终配置酒酿牛奶时,加入了适量的胶原蛋白和燕麦。 Considering that collagen and oats have good nutrition, they can produce better nutritional value when combined with fermented milk. When the fermented milk is finally prepared, an appropriate amount of collagen and oats are added. the
本发明的技术方案如下: Technical scheme of the present invention is as follows:
其技术要点是鲜牛奶(或复原奶)40-60%、酒酿40-60%、胶原蛋白0.5-1.5%;燕麦2.5-5%。首先根据以上配比将牛奶、酒酿、胶原蛋白、燕麦放入容器中,并搅拌均匀,在15-20MPa下均质,灌装,灭菌,即得到所需产品。 The technical points are 40-60% of fresh milk (or reconstituted milk), 40-60% of fermented rice, 0.5-1.5% of collagen and 2.5-5% of oats. First, put milk, fermented glutinous rice, collagen, and oats into the container according to the above ratio, and stir evenly, homogenize at 15-20MPa, fill, and sterilize to obtain the desired product. the
牛奶以液体牛奶计,酒酿以发酵成熟的酒酿计,胶原蛋白量以胶原蛋白粉计,燕麦量以炒熟的干燕麦粉计,炒熟的燕麦粉有特有的燕麦粉清香。 The milk is calculated by liquid milk, the fermented fermented rice is calculated by fermented fermented fermented glutinous rice, the amount of collagen is calculated by collagen powder, and the amount of oats is calculated by fried dry oat flour, which has a unique fragrance of oat flour. the
本发明的一种营养复合型牛奶及其制备方法,它具有以下优点: A kind of nutritional composite milk of the present invention and preparation method thereof, it has the following advantages:
(1)本发明的酒酿牛奶是将酒酿、胶原蛋白、燕麦加入牛奶制得,其营养价值高于普通牛奶,营养补充更合理、更全面。特别是酒酿与牛奶的协同催乳作用,可以有效提高产妇的产奶量,并且可增加哺乳期后的乳房的坚实丰满。本产品还具有抗骨质疏松、美容养颜、改善关节健康、提高人体免疫力、预防癌症、调节人体血液的酸碱平衡、提高人体蛋白质的吸收和利用率等作用; (1) The fermented glutinous rice milk of the present invention is made by adding fermented glutinous rice, collagen, and oats to milk. Its nutritional value is higher than that of ordinary milk, and the nutritional supplement is more reasonable and comprehensive. In particular, the synergistic prolactin effect of fermented rice and milk can effectively increase the milk production of parturients, and can increase the firmness and fullness of breasts after lactation. This product also has the functions of anti-osteoporosis, beautifying and beautifying, improving joint health, enhancing human immunity, preventing cancer, regulating the acid-base balance of human blood, and improving the absorption and utilization of human protein;
(2)本发明的营养复合型牛奶具有酒酿与牛奶混合后产生的特有的香味,甘甜适口,; (2) The nutritional compound milk of the present invention has a unique aroma produced by mixing fermented glutinous rice and milk, which is sweet and palatable;
(3)本发明的营养复合型牛奶可实现动植物营养互补,含多种维生素、人体必需的氨基酸及钙、磷、铁等,是老幼皆宜的保健食品; (3) The nutritional compound milk of the present invention can realize the nutritional complementarity of animals and plants, and contains various vitamins, essential amino acids, calcium, phosphorus, iron, etc., and is a health food suitable for all ages;
(4)本发明的营养复合型牛奶,配料酒酿、胶原蛋白、燕麦廉价易得,制备工艺简单,生产成本低,市场潜力大。 (4) The nutritionally complex milk of the present invention has cheap and easy-to-obtain ingredients such as fermented glutinous rice, collagen, and oats, and has a simple preparation process, low production cost, and great market potential.
具体实施方式 Detailed ways
下面结合实施例对本发明作进一步的说明: Below in conjunction with embodiment the present invention will be further described:
实施例1 鲜牛奶46.5%,酒酿48%,胶原蛋白0.5%,燕麦5%。按以上配比将牛奶等各原料加入容器中,并搅拌均匀,15-20MPa下均质,灌装,灭菌,即得到酒酿牛奶产品。酒酿是采用低酒精度酒曲(安琪酵母股份有限公司生产的安棋甜酵母,以下同)发酵而成,发酵成熟后,酒酿的酒精度<3度。 所述的比例均为质量比,以下同。 Example 1 Fresh milk 46.5%, fermented glutinous rice 48%, collagen 0.5%, oat 5%. Put milk and other raw materials into the container according to the above ratio, stir evenly, homogenize under 15-20MPa, fill and sterilize to obtain fermented milk product. The fermented rice is fermented with low-alcohol distiller's yeast (Anqi sweet yeast produced by Angel Yeast Co., Ltd., the same below). After the fermentation is mature, the alcohol content of the fermented glutinous rice is <3 degrees. The ratios mentioned are all mass ratios, the same below.
实施例2 复原奶48%,酒酿48%,胶原蛋白1.5%,燕麦2.5%。按以上配比将牛奶等各原料加入容器中,并搅拌均匀,15-20MPa下均质,灌装,灭菌,即得到酒酿牛奶产品。所用酒酿的酒精度<3度。 Example 2: 48% reconstituted milk, 48% fermented glutinous rice, 1.5% collagen, and 2.5% oats. Put milk and other raw materials into the container according to the above ratio, stir evenly, homogenize under 15-20MPa, fill and sterilize to obtain fermented milk product. The alcohol content of the fermented glutinous rice used is <3 degrees.
实施例3 鲜牛奶48%,酒酿48%,胶原蛋白1%,燕麦3%。按以上配比将牛奶等各原料加入容器中,并搅拌均匀,15-20MPa下均质,灌装,灭菌,即得到酒酿牛奶产品。所用酒酿的酒精度<3度。 Embodiment 3 fresh milk 48%, fermented glutinous rice 48%, collagen 1%, oat 3%. Put milk and other raw materials into the container according to the above ratio, stir evenly, homogenize under 15-20MPa, fill and sterilize to obtain fermented milk product. The alcohol content of the fermented glutinous rice used is <3 degrees.
实施例4 复原奶47%,酒酿48%,胶原蛋白1.5%,燕麦3.5%。按以上配比将牛奶等各原料加入容器中,并搅拌均匀,15-20MPa下均质,灌装,灭菌,即得到酒酿牛奶产品。所用酒酿的酒精度<3度。 Example 4 Reconstituted milk 47%, fermented glutinous rice 48%, collagen 1.5%, oat 3.5%. Put milk and other raw materials into the container according to the above ratio, and stir evenly, homogenize under 15-20MPa, fill, and sterilize to obtain fermented milk product. The alcohol content of the fermented glutinous rice used is <3 degrees.
实施例5 由实施例1-4所生产的酒酿牛奶,哺乳期妇女,每天食用600ml,取到较好的催奶丰乳效果,具体数据详见前述内容,这里不再赘述,并且,也有一定的美容养颜效果。 Example 5 The brewed fermented milk produced in Examples 1-4, breastfeeding women, eat 600ml per day, and get a better effect of promoting lactation and breast enhancement. The specific data are detailed in the foregoing, and will not be repeated here, and there are also certain beauty effect.
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Citations (7)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN1099937A (en) * | 1993-09-07 | 1995-03-15 | 陈金会 | Production method of fermented glutinous rice food |
CN1557174A (en) * | 2004-02-05 | 2004-12-29 | 包 琪 | Fermented glutinous wine and milk, its making method |
CN101011085A (en) * | 2007-02-13 | 2007-08-08 | 内蒙古蒙牛乳业(集团)股份有限公司 | Grain flavouring milk comprising nut granule and production method thereof |
CN101310605A (en) * | 2007-05-25 | 2008-11-26 | 青岛科技大学 | Nutrient mixed mode yoghourt and preparation method thereof |
CN101642166A (en) * | 2009-08-26 | 2010-02-10 | 上海理工大学 | Method for preparing fermented glutinous rice yoghurt |
CN102125091A (en) * | 2010-12-02 | 2011-07-20 | 内蒙古蒙牛乳业(集团)股份有限公司 | Liquid dairy product with edible colloidal particles |
CN102687826A (en) * | 2012-06-15 | 2012-09-26 | 云南通海云曲坊甜白酒食品有限公司 | Chinese sorghum fermented glutinous rice and preparation method thereof |
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Patent Citations (7)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN1099937A (en) * | 1993-09-07 | 1995-03-15 | 陈金会 | Production method of fermented glutinous rice food |
CN1557174A (en) * | 2004-02-05 | 2004-12-29 | 包 琪 | Fermented glutinous wine and milk, its making method |
CN101011085A (en) * | 2007-02-13 | 2007-08-08 | 内蒙古蒙牛乳业(集团)股份有限公司 | Grain flavouring milk comprising nut granule and production method thereof |
CN101310605A (en) * | 2007-05-25 | 2008-11-26 | 青岛科技大学 | Nutrient mixed mode yoghourt and preparation method thereof |
CN101642166A (en) * | 2009-08-26 | 2010-02-10 | 上海理工大学 | Method for preparing fermented glutinous rice yoghurt |
CN102125091A (en) * | 2010-12-02 | 2011-07-20 | 内蒙古蒙牛乳业(集团)股份有限公司 | Liquid dairy product with edible colloidal particles |
CN102687826A (en) * | 2012-06-15 | 2012-09-26 | 云南通海云曲坊甜白酒食品有限公司 | Chinese sorghum fermented glutinous rice and preparation method thereof |
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