TWI355902B - Fermented soybean milk containing palatinose - Google Patents

Fermented soybean milk containing palatinose Download PDF

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TWI355902B
TWI355902B TW093100509A TW93100509A TWI355902B TW I355902 B TWI355902 B TW I355902B TW 093100509 A TW093100509 A TW 093100509A TW 93100509 A TW93100509 A TW 93100509A TW I355902 B TWI355902 B TW I355902B
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soymilk
sample
lactobacillus
bacteria
soy milk
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TW093100509A
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TW200417326A (en
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Yumiko Tezuka
Yukie Nagai
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    • AHUMAN NECESSITIES
    • A23FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
    • A23CDAIRY PRODUCTS, e.g. MILK, BUTTER OR CHEESE; MILK OR CHEESE SUBSTITUTES; MAKING THEREOF
    • A23C11/00Milk substitutes, e.g. coffee whitener compositions
    • A23C11/02Milk substitutes, e.g. coffee whitener compositions containing at least one non-milk component as source of fats or proteins
    • A23C11/10Milk substitutes, e.g. coffee whitener compositions containing at least one non-milk component as source of fats or proteins containing or not lactose but no other milk components as source of fats, carbohydrates or proteins
    • A23C11/103Milk substitutes, e.g. coffee whitener compositions containing at least one non-milk component as source of fats or proteins containing or not lactose but no other milk components as source of fats, carbohydrates or proteins containing only proteins from pulses, oilseeds or nuts, e.g. nut milk
    • A23C11/106Addition of, or treatment with, microorganisms
    • AHUMAN NECESSITIES
    • A23FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
    • A23LFOODS, FOODSTUFFS, OR NON-ALCOHOLIC BEVERAGES, NOT COVERED BY SUBCLASSES A21D OR A23B-A23J; THEIR PREPARATION OR TREATMENT, e.g. COOKING, MODIFICATION OF NUTRITIVE QUALITIES, PHYSICAL TREATMENT; PRESERVATION OF FOODS OR FOODSTUFFS, IN GENERAL
    • A23L11/00Pulses, i.e. fruits of leguminous plants, for production of food; Products from legumes; Preparation or treatment thereof
    • A23L11/30Removing undesirable substances, e.g. bitter substances
    • AHUMAN NECESSITIES
    • A23FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
    • A23LFOODS, FOODSTUFFS, OR NON-ALCOHOLIC BEVERAGES, NOT COVERED BY SUBCLASSES A21D OR A23B-A23J; THEIR PREPARATION OR TREATMENT, e.g. COOKING, MODIFICATION OF NUTRITIVE QUALITIES, PHYSICAL TREATMENT; PRESERVATION OF FOODS OR FOODSTUFFS, IN GENERAL
    • A23L11/00Pulses, i.e. fruits of leguminous plants, for production of food; Products from legumes; Preparation or treatment thereof
    • A23L11/50Fermented pulses or legumes; Fermentation of pulses or legumes based on the addition of microorganisms
    • AHUMAN NECESSITIES
    • A23FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
    • A23LFOODS, FOODSTUFFS, OR NON-ALCOHOLIC BEVERAGES, NOT COVERED BY SUBCLASSES A21D OR A23B-A23J; THEIR PREPARATION OR TREATMENT, e.g. COOKING, MODIFICATION OF NUTRITIVE QUALITIES, PHYSICAL TREATMENT; PRESERVATION OF FOODS OR FOODSTUFFS, IN GENERAL
    • A23L11/00Pulses, i.e. fruits of leguminous plants, for production of food; Products from legumes; Preparation or treatment thereof
    • A23L11/60Drinks from legumes, e.g. lupine drinks
    • A23L11/65Soy drinks
    • AHUMAN NECESSITIES
    • A23FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
    • A23VINDEXING SCHEME RELATING TO FOODS, FOODSTUFFS OR NON-ALCOHOLIC BEVERAGES AND LACTIC OR PROPIONIC ACID BACTERIA USED IN FOODSTUFFS OR FOOD PREPARATION
    • A23V2002/00Food compositions, function of food ingredients or processes for food or foodstuffs

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  • Life Sciences & Earth Sciences (AREA)
  • Chemical & Material Sciences (AREA)
  • Engineering & Computer Science (AREA)
  • Polymers & Plastics (AREA)
  • Food Science & Technology (AREA)
  • Health & Medical Sciences (AREA)
  • Nutrition Science (AREA)
  • Botany (AREA)
  • Agronomy & Crop Science (AREA)
  • Microbiology (AREA)
  • Oil, Petroleum & Natural Gas (AREA)
  • Biotechnology (AREA)
  • Dairy Products (AREA)
  • Beans For Foods Or Fodder (AREA)

Description

故、發明說明: 【發明所屬之技術領域】 本發明係有關有出色風味之撥酵 【先前技術】 近幾年,隨著人們對於健 食品亦應運而出。尤…:康方面之關注,各種機能性 U π 尤其疋以大丑作為原料之豆漿,因其含 優質蛋白質’作為高蛋白之 、 之機能性食品受到矚目。但是, 因立漿中含大豆原來之2•己 收数種皂甘(saponin)等忐 分,使該成分原來之青澀味等淡 寸、’口 Rtm方面的應用帶來不 便0因此,為改善豆避夕丈^丄 丑漿之不快風味之同時、以整腸作用 目的it供酿酵丑毁之酿敏· §丨4黎人 跟之I酪礼樣食品,即醱酵豆漿,目前已 在市場上販賣。 關於酸酵豆漿之製造等技術,目前已知技術為製造階 氯令由特疋處理或使用各種乳酸菌' 雙叉乳酸桿菌等特定 的組合使,漿之風味得到改善(例如參照專利文獻U 9。)。但是’該等之技術雖然在酵豆槳過程中,在某种 =度上此夠防止旦漿原本之上述青澀味,但其效果並不十 分令人滿冑,而仍產生醱酵代謝產物之醋酸力、臭氣。又, 上述青溫味與乳酸料、醋酸_產生之醱酵臭相結合, 生成乳酸獨特之〈不快臭(豆臭,澀味等)或不快味〉(以下 :為〈不快臭味 > )。又,醱酵臭之—部分之醋酸臭使上述 青溫味更增強。x,撥酵豆漿與其為;斧淡、《斧新之酸絡乳 倒不如為丑聚原來製品中大豆特有<濃味感或美味之豆腐 風味之酸酪乳樣食品。 5 315404(修正版) 1355902 因此’抑制酸酵豆漿之不快臭所採取之方法為將醱酵 立漿充填密封於以氧透過度為100ml/m2/24hi7atm(25 // m,25°C,50%RH)以下之素材構成之容器中,使保存中產 生之大豆之回臭得到抑制(例如專利文獻1 0參照。)。但是, 該方法最终以抑制大豆原來之青澀味之回臭為目的,因此 不可能抑制醱酵豆漿獨特之濃味感、不快臭味。 關於/、本申凊案之發明相關之先前技術信息如下。 專利文獻2 專利文獻3 專利文獻4 203至204頁 專利文獻5 專牙j文獻1 特開昭61-141840號公飯(第223-224頁) 特開昭62-205735號公報(第181_183頁) 特開昭63-7743號公報(第250頁) 特開昭59-227241號公報(第201頁以及第 表_π以及表-III) 特開平2-167044號公報(第256至258頁, 第1表以及第2表) 專利文獻6特開平5-184320號公极(第3至6頁,表1 至4) 專利文獻7 至4,第1圖 專利文獻8 專利文獻9 至4) 專利文獻10 以及2) 特開平6-276979號公報(第2至6頁,表1 特開平8-66161號公報(第3至4頁,表1) 特開平10-201416號公報(第3至6頁,表1 特開平1 1-75688號公報(第3至5頁,表1 【發明内容】 6 315404(修正版) 1355902 清淡感並未充分體現。反之超過37重量%以上,則出現如 下情形,若醱酵前將巴拉金糖添加到豆漿時,由於滲透壓 過高,不能充分進行醱酵,若醱酵後將巴拉金糖添加到豆 漿時,由於巴拉金糖之溶解度低使巴拉金糖從製品中晶析。 本發明之醱酵豆漿中,可單獨使用巴拉金糖,或巴拉 金糖同時與其他甜味料併用,例舉如蔗糖、異性化糖、葡 萄糖、果糖、海藻糖、乳糖、木糖等糖類;山梨糖醇、木 糖醇、丁四醇、還原乳糖、還原巴拉金糖(登記商標: parachinitto)、還原糖烯、還原麥芽糖糖烯等糖醇;阿斯巴 甜(Aspartame)、蔗糖素(Sucralose)、乙醯續内脂鉀 (AceSuflame potassium)、蛋白質甜味劑(Aiitame)、甜菊精 (Stevia)、甘草甜味素(Glycyrrhizin)等高甜度甜味料。較好 與庶糖併用。此時,添加之甜味料中巴拉金糖所占比例並 無特別限制,以所添加之甜味料之全甜味度計,巴拉金糖 可任意使用由含10%至100%,較佳為20%至1〇〇〇/0。 本發明之醱酵豆漿中添加各種果汁,得到更佳風味。 例舉如添加柑橙、香蕉、草莓、桃子等果汁,亦可組合使 用該等之一種或二種以上。果汁之添加量並無特別限制, 宜含1重量%至60重量%,從發揮醱酵豆漿之功能性之角 度看’較佳為1重量%至40重量%程度。 本發明之醱酵豆漿中添加各種香味劑,得到風味更好 之職酵丑聚。例舉如添加酸酪乳系、莓果系、柑橙(orange) 系化^系、紫蘇子系、柑橘(citrus)屬系、蘋果系、薄荷 10 315404(修正版) 醱酵階段後之時期’即將巴拉金糖添加到潑酵豆漿 :要=聚基中混合含巴拉金糖之糖浆溶液,亦可根據 而要添加香味劑或果汁,或為了調整甜味而加人甜味料。 巴拉金糖可直接以結晶或以糖漿狀態添加到豆 酵豆漿。 a醑 醱酵旦漿中添加巴拉金糖時,因巴拉金糖之溶解产 低,所以以糖漿狀態添加較好。下述之實施例7以及=中 以糖漿狀態添加巴拉金糖。 本發明之醱酵豆聚為大豆濃味感減少且清淡、清新口 味之醱酵以’而且㈣使^種呈味改#劑等亦無法抑 制之醱酵豆漿之不快臭味。 下述之實施例7以及8中在醱酵豆漿基裏添加含巴拉 金糖與蔗糖之糖漿&。此時,冑然有必要調製高濃度之糖 漿液仁使用實用性上調製所得漢度之糖毁液,可得到本 月之效果又,醱酵豆漿基裏添加含巴拉金糖之糖聚溶 液時,雖然還不清楚得到本發明效果之理由,但認為由巴 拉金糖之味質特性、遮蓋力,而得到本發明效果。 下述實施例1至6中,在醱酵前之豆漿中添加巴拉金 糖或巴拉金糖以及蔗糖。又,醱酵前之豆漿中添加巴拉金 糖或巴拉金糖以及庶糖時,雖然還不清楚得到本發明效果 之理由’但認為不僅由巴拉金糖之味質特性、遮蓋力,巴 拉金糖之醱酵中所涉及的影響,改變了醱酵豆漿之味質。 亦即,醱酵前豆漿中添加巴拉金糖,使豆漿之滲透壓發生 變化’又’菌對糖之代謝性因糖的種類而不同,與僅僅添 12 315404(修正版) 加薦糖時減,會㈣不同之_狀態,其結果含巴拉金 糖之實驗樣本相比於僅含薦糖之比較樣本,認為其清淡感 覺尤其明顯地顯示出來。 本發明之醱酵豆漿亦可為純酸酪乳型,調味酸酪乳 型,水果酸絡乳型,甜味型等任-種類之製品。又,本發 明之撥酵豆聚亦可為純酸路乳型、軟酸赂乳型、飲用酸赂 乳型、固形(硬)酸酪乳型、凍酸酪乳型,等任一形態之製 品。又’醱酵結束後,亦可於酸酵豆漿與糖浆液之混合前 等階段對於醱酵豆漿施加殺菌處理,製成含死菌類型之製 品° 以下,舉實靶例詳細說明本發明,但並非以該等實施例 限制本發明。 實施例文中的百分率(%)若無說明就表示重量/重量 %。 實施例之風味評價如下。 首先,專門小組(paneier)以·3 :認為比較樣本非常清 淡,-2 . -3與-1之評價之中間,_丨:感覺出比較樣本有清 淡未,〇 .比較樣本與實驗樣本有等同之清淡感,丨:感覺 出實驗樣本有清淡味,2 : i與3的中間,3 :認為實驗樣 本非常清淡之7個階段進行評價,求出全部小組討論之平 均值。 太其次,若平均值在_3至_丨時,以χ來評價比較樣本有 仴淡味’若平均值在·i至〇5時,以△來評價量樣本有等 同之清淡感,若平均值在〇5至丨5時,以◦來評價實驗 13 315404(修正版) 1355902 樣本有清淡味,若平均值為15以上時,以◎來評價實驗 樣本非常清淡。 复遂例1 (醱酵前添加巴拉金糖之固形酸酪乳型醱酵豆漿) 比較樣本1至5為豆漿(紀文食品Chemifa公司製造, 大豆固形分8%以上)中分別添加3%、5%、7%、1〇%、以 及15 %量之蔗糖,製得固形酸酪乳型之醱酵豆漿。比較樣 本1至5之製造方法如下。將表1所示量之蔗糖分別添加 到豆漿中,以火加熱至沸騰溶解蔗糖。將該等豆漿轉移到 醱酵容器内,冷卻到43°C後,對於豆漿500ml添加lg酸 路乳種菌(協同乳液股份公司製造,含戴白氏乳酸桿菌保加 利亞亞種(Lactobacillus delbrueckii subsp. bulgaricus)以 及嗜熱鏈球菌(Streptococcus thermophilus)),授拌成均一 狀態。攪拌後,將該等豆漿置入43°C恆溫箱裏,醱酵至 ρΗ4·7為止〇 實驗樣本1至5,以豆漿中蔗糖甜味為基準,分別添 加3%、5%、7%、1〇%、以及15%甜味度量之巴拉金糖(參 照表1) ’製得固形酸酪乳型醱酵豆漿。實驗樣本丨至5之 製造方法如下。表1所示量之巴拉金糖(商品名:結晶巴拉 金糖-1C,新三井製糖股份公司製造)分別添加到豆漿中,以 火加熱至沸騰溶解巴拉金糖。將該等豆漿轉移到·酵容器 内,與比較樣本同樣之方法醱酵。 風味評價按如下方式進行,專門小組(paneler)7名分 別對所添加之甜味料之甜味度相同之比較樣本1至5與實 驗樣本1至5聯合進行評價。且,至實驗之前為止將各樣 14 315404(修正版) 本保存於冰箱N '结果見表2 酵豆衆 比較樣本 比較樣本2 ^加之甜味度 換算(%)) 巴拉金糖之 添Λσ吾%、 蔗糖之 添加量(〇/〇)Therefore, the invention is related to the following: [Technical Field] The present invention relates to a fermented yeast having an excellent flavor. [Prior Art] In recent years, people have come out for healthy foods. Especially...: Concerns about Kang, various functionalities U π Especially the soymilk with ugly raw materials, because of its high-quality protein, as a high-protein, functional food has attracted attention. However, because the saponin is included in the original syrup contained in the sap, the original scent of the scent is inconspicuous, and the application of the Rtm is inconvenient. To improve the unpleasant flavor of the bean 丄 丈 丄 丄 丄 丄 、 、 、 丄 丄 丄 丄 丄 丄 丄 丄 丄 整 整 整 整 黎 黎 黎 黎 黎 黎 黎 黎 黎 黎 黎 黎 黎 黎 黎 黎 黎 黎 黎 黎 黎 黎 黎 黎 黎 黎Selled in the market. Regarding techniques such as the production of sourdough soy milk, it is known that the technique is to produce a step chlorine to be treated by special treatment or to use a specific combination of various lactic acid bacteria 'Bifidobacterium bacillus, and the flavor of the pulp is improved (for example, refer to Patent Document U 9). ). However, although these techniques are sufficient to prevent the above-mentioned barley flavor in the process of fermenting the bean paddle, the effect is not very satisfactory, and the fermentation product is still produced. Acetic acid, odor. In addition, the above-mentioned blue warm taste is combined with the lactic acid material and the acetic acid _ produced stagnation odor to produce lactic acid unique "unpleasant odor (bean odor, astringency, etc.) or unpleasant taste" (hereinafter: "unpleasant odor") . In addition, the acetic acid odor of the scent of the scent makes the above-mentioned blue warm taste more enhanced. x, the fermented soymilk is the same; the axe is light, "Axe new sour milk is not as good as the ugly polydamine in the original product." It has a rich taste or delicious tofu flavored sour milk-like food. 5 315404 (revised edition) 1355902 Therefore, the method of suppressing the unpleasant smell of sourdough soymilk is to seal the fermented pulp to an oxygen permeability of 100 ml/m2/24hi7 atm (25 // m, 25 ° C, 50 %RH) The container of the following materials is used to suppress the odor of soybeans generated during storage (for example, refer to Patent Document 10). However, this method is ultimately aimed at suppressing the odor of the original green scent of soybeans, and therefore it is impossible to suppress the unique rich taste and unpleasant odor of the soy milk. The prior art information relating to the invention of the present application is as follows. Patent Document 2 Patent Document 3 Patent Document 4 203 to 204, Patent Document 5, Special Document, Document 1, Special Open No. 61-141840 (P. 223-224), JP-A-62-205735 (pp. 181_183) JP-A-63-7743 (p. 250) JP-A-59-227241 (p. 201 and Table _π and Table-III) JP-A-2-167044 (pp. 256-258, p. Table 1 and Table 2) Patent Document 6 JP-A-5-184320 (P. 3 to 6, Tables 1 to 4) Patent Documents 7 to 4, and Patent Documents 8 Patent Documents 9 to 4) Patent Literature 10 and 2) JP-A-6-276979 (Pages 2 to 6, Table 1 JP-A-8-66161 (Pages 3 to 4, Table 1) JP-A-10-201416 (Pages 3 to 6) Table 1 Japanese Laid-Open Patent Publication No. Hei No. 1-75688 (pages 3 to 5, Table 1 [Summary of the Invention] 6 315404 (Revised Edition) 1355902 The sense of light is not fully reflected. On the contrary, if it exceeds 37% by weight, the following occurs. If the bala sugar is added to the soy milk before the fermentation, the osmotic pressure is too high, and the fermentation cannot be fully carried out. If the tartarose is added to the soybean milk after the fermentation, due to The low solubility of the ruthenium sugar causes the palatinose to crystallize from the product. In the fermented soybean milk of the present invention, the palatinose or the palatinose can be used alone in combination with other sweeteners, for example, sucrose. , saccharides such as heterologous sugar, glucose, fructose, trehalose, lactose, xylose; sorbitol, xylitol, butyltetraol, reduced lactose, reduced palatinose (registered trademark: parachinitto), reducing saccharene, Reducing sugar alcohols such as maltose; Aspartame, Sucralose, AceSuflame potassium, Aiitame, Stevia, licorice sweetness Glycyrrhizin and other high-intensity sweeteners. It is preferably used in combination with sucrose. At this time, the proportion of the balsam in the added sweetener is not particularly limited, and the sweetness of the sweetener added is added. The galaose may be optionally used in an amount of from 10% to 100%, preferably from 20% to 1%/0. Various juices are added to the soy milk of the present invention to obtain a better flavor. Add mandarin orange, banana, strawberry, peach and other juices, or use them in combination One or more of the above, the amount of the juice added is not particularly limited, and is preferably from 1% by weight to 60% by weight, and is preferably from 1% by weight to 40% by weight from the viewpoint of the function of the fermented soymilk. Degrees: Various flavoring agents are added to the fermented soymilk of the present invention to obtain a better flavor of the yeast. For example, adding a yogurt buttermilk system, a berry system, an orange orange system, a perilla seed system , citrus (genus), apple, mint 10 315404 (revision) period after the fermentation stage 'will add bala sugar to the pour soy milk: to = mix the base containing galaxose syrup solution It is also possible to add a flavoring agent or a juice, or to add a sweetener to adjust the sweetness. The palatinose can be added directly to the bean soy milk in the form of crystals or syrup. a醑 When adding balain to the fermented pulp, the dissolution of the bala sugar is low, so it is better to add it in the state of syrup. In Example 7 and = below, the palatinose was added in the state of syrup. The fermented bean of the present invention is a soaking odor of soy milk which is reduced in soy taste and light and fresh in taste. In Examples 7 and 8 below, a syrup & containing galantose and sucrose was added to the fermented soymilk base. At this time, it is necessary to prepare a high-concentration syrup liquid using a practically prepared sugar-decomposing liquid of Handu, which can obtain the effect of this month, and add a sugar-polysaccharide solution containing palatinose to the lyophilized soybean milk base. In the meantime, although the reason for obtaining the effects of the present invention is not known, it is considered that the effect of the present invention is obtained by the taste characteristics and hiding power of the palatinose. In the following Examples 1 to 6, barramin or palatinose and sucrose were added to the soymilk before fermentation. In addition, when adding balain or palatinose and sucrose to the soymilk before fermentation, it is not clear why the effect of the present invention is obtained, but it is considered that not only the taste characteristics and hiding power of the palatinose, but also The influence involved in the fermentation of the pull sugar changed the taste of the soy milk. That is, adding balain to the soymilk before sowing, the osmotic pressure of the soymilk changes. 'The 'metabolism of sugar is different depending on the type of sugar, and only when adding 12 315404 (revision)) Subtraction, will (4) different _ state, the results of the experimental sample containing the parabens compared to the comparison sample containing only the recommended sugar, the light feeling is particularly obvious. The fermented soybean milk of the present invention may also be a product of a pure acid buttermilk type, a flavored sour milk type, a fruit sour milk type, a sweet type or the like. Moreover, the fermented bean granule of the present invention may be a pure acid road milk type, a soft acid milk type, a drinking acid milk type, a solid (hard) acid buttermilk type, a frozen acid buttermilk type, or the like. product. Further, after the completion of the fermentation, the sterilized soymilk may be sterilized by the fermentation of the soy milk and the syrup to prepare a product containing the dead type. Hereinafter, the present invention will be described in detail with reference to a target example. The invention is not limited by the embodiments. The percentage (%) in the examples means weight/weight % unless otherwise stated. The flavor of the examples was evaluated as follows. First, the panelist (paneier) thinks that the comparison sample is very light, in the middle of the evaluation of -2 -3 and -1, _丨: I feel that the comparative sample is light, 〇. The comparison sample is equivalent to the experimental sample. The lightness, 丨: I feel that the experimental sample has a light taste, 2: between the middle of i and 3, 3: I think that the experimental sample is very light in 7 stages, and the average of all the group discussions is obtained. Too second, if the average value is between _3 and _丨, the comparison sample has a light taste when χ. If the average value is from i to 〇5, the sample with △ is equivalent to the lightness, if the average value When 〇5 to 丨5, the experiment was evaluated by ◦13 315404 (Revised Edition) 1355902 The sample had a light taste. If the average value was 15 or more, the experimental sample was evaluated as very light with ◎. Reproducible Example 1 (solidified soymilk type soymilk added with bala sugar before fermentation) Compare samples 1 to 5 with 3% of soy milk (made by Chemifa Co., Ltd., soybean solids of 8% or more) 5%, 7%, 1%, and 15% sucrose to prepare a solid acid buttermilk-type yeast soy milk. The manufacturing methods of Comparative Samples 1 to 5 are as follows. The amount of sucrose shown in Table 1 was separately added to the soybean milk, and heated to boiling to dissolve the sucrose. The soybean milk was transferred to a fermentation tank, and after cooling to 43 ° C, lg acid road milk fungus was added to 500 ml of soybean milk (manufactured by Synergistic Emulsion Co., Ltd., containing Lactobacillus delbrueckii subsp. bulgaricus). And Streptococcus thermophilus, which is mixed into a uniform state. After stirring, the soybean milk was placed in a 43 ° C incubator and fermented until ρΗ4·7. Experimental samples 1 to 5 were added, and 3%, 5%, and 7% were added based on the sweetness of sucrose in the soybean milk. 1〇%, and 15% sweetness measure of palatinose (refer to Table 1) 'The solid acid buttermilk type yeast soy milk is prepared. The manufacturing method of the experimental sample 丨 to 5 is as follows. The amount of palatinose (trade name: crystalline bala glucosamine-1C, manufactured by New Mitsui Sugar Co., Ltd.) shown in Table 1 was separately added to the soybean milk, and heated to boiling to dissolve the palatinose. The soymilk was transferred to a yeast container and fermented in the same manner as the comparative sample. The flavor evaluation was carried out as follows, and a paneler 7 was evaluated in association with the comparative samples 1 to 5 in which the sweetness of the added sweetener was the same, and the experimental samples 1 to 5. And, until the experiment, all kinds of 14 315404 (corrected version) are stored in the refrigerator N ' results are shown in Table 2. Beans comparison sample comparison sample 2 ^ plus sweetness conversion (%)) My%, the amount of sucrose added (〇 / 〇)

樣本名 表2實施例1之風味評價 結果 比較樣本1與試驗樣本丨之比較 ◎ 比較樣本2與試驗樣本2之比較 ◎ 比較樣本3與試驗樣本3之比較 ◎ 比較樣本4與試驗樣本4之比較 ◎ 比較樣本5與試驗樣本5之比較 ◎ — 如表2所示,實驗樣本1至5與比較樣本1至5比較 而言,對其評價為清淡感增加。又,根據小組之意見,實 驗樣本1至5全體性減少大豆特有之青澀味,提高了清新 的酸味。 15 315404(修正版) •(撥酵前六4 m h Λ 比較樣本1 固形酸路乳之醱酵豆漿) 豆漿。 1至5與實施例1同樣之固形酸酪乳型醱酵 實驗樣本6 $ 之薦糖的-半却1〇、為對應實施例1之比較樣本1至5 乳型潑酵豆t "^度以添加巴拉金糖取代,形成固形酸路 现(參照表3)。 風味評價按如下方式 加之甜味料之甜味度相同之組7名分別對所添 至10聯合進行評價。且,b較樣本1至5與實驗樣本6 冰箱内。結果見表4。,至實驗之前為止將各樣本保存於 之..酵豆聚 添加之甜味户 .(庶糖換” 巴拉金糖之 添加量(%) 庶糖之 添加量(〇/〇) 比較樣本 比較樣本2 比較樣本 比較樣本4 比較ϋ 試驗樣本6Sample name Table 2 Comparison of flavor evaluation results of Example 1 Comparison of sample 1 and test sample ◎ Comparison of sample 2 and test sample 2 ◎ Comparison of sample 3 with test sample 3 ◎ Comparison of sample 4 with test sample 4 ◎ Comparison of Comparative Sample 5 with Test Sample 5 ◎ - As shown in Table 2, the experimental samples 1 to 5 were evaluated as having a lighter sensation as compared with the comparative samples 1 to 5. Also, according to the panel's opinion, the experimental samples 1 to 5 all reduced the unique green taste of soybeans and improved the fresh sour taste. 15 315404 (revised edition) • (six 4 m h before fermenting Λ compare sample 1 solid sour milk with soy milk) soy milk. 1 to 5 of the same solid acid buttermilk type fermentation test sample as in Example 1 6 - recommended sugar - half but 1 〇, for the comparative example 1 to sample 1 to 5 milk type pour bean Beans t " The degree is replaced by the addition of palatinose to form a solid acid path (see Table 3). The flavor evaluation was evaluated in the following manner by adding 7 to the group of the same sweetness of the sweetener. And, b is compared to samples 1 to 5 and experimental sample 6 in the refrigerator. The results are shown in Table 4. , before the experiment, save each sample in it.. Add the sweet taste of the yeast bean. (庶糖换) Add the amount of the bala sugar (%) Add the amount of the sugar (〇/〇) Compare the sample comparison sample 2 Compare sample comparison sample 4 compare ϋ test sample 6

樣本名 試驗樣本7 1試驗 試驗 §式驗樣本1 〇 315404(修正版) 16 1355902 表4實施例2之風味評價Sample name Test sample 7 1 Test Test § Test sample 1 〇 315404 (revision) 16 1355902 Table 4 Example 2 flavor evaluation

比較樣^^與試驗I本9之比較 試驗1〇之比較~ 〇 山如表4所示,實驗樣本6至10相較於比較樣本丨至5 評價為清淡感增加…根據小組之意見,實驗樣 10全體性減少大豆特有之青澀味,提高了清新的酸 0 纽复1⑽酵前添加巴拉金糖之固形酸絡乳之醱酵豆浆) 立襞比較樣本1至5與實施例1同樣之固形酸路乳型酸酵 實驗樣本11至1 5為斜痛奋y ^ ^ 馮對應實施例1之比較樣本1至5 乳型‘ΓΓΓ二以添加巴拉金糖取代,形成固形酸路 呀畔丑漿。(參照表5) 〇 風味S平價按如下方式推备 甜味料之Μ 4 ,彳小組7名對所添加之 不竹之甜味度相同之比鉍 〜 11至15八別4羡本1至5與相應之實驗樣本 5刀別進订評價。且至 存於冰箱内。結果見表6。 ⑴為止將各樣本保 315404(修正版) 17 表5實施例3 之醋酵豆聚 添加之甜咗痒Comparing the comparison of the sample with the test I, the comparison of the test 1〇~ As shown in Table 4, the experimental samples 6 to 10 are compared with the comparison sample 丨 to 5, and the evaluation is lighter... According to the group's opinion, the experiment Sample 10 reduces the unique green scent of soybeans, and improves the fresh acid 0 复 1 1 (10) Fermented soy milk with solid acid colostrum added with palatinose before fermentation) Li 襞 Comparative samples 1 to 5 are the same as in Example 1. The solid acid acid emulsion type acid fermentation test samples 11 to 15 are oblique painful y ^ ^ von corresponding to the comparison sample of sample 1 1 to 5 milk type 'ΓΓΓ two with the addition of bala gold sugar to form a solid acid road Ugly paste. (Refer to Table 5) 〇Funity S parity is based on the following method: 4, 彳 group 7 pairs of the same sweetness of the added bamboo 铋 ~ 11 to 15 eight 4 羡 this 1 to 5 and 5 evaluations of the corresponding experimental samples. And stored in the refrigerator. The results are shown in Table 6. (1) Keep samples for each sample 315404 (revision) 17 Table 5 Example 3 of vinegar yeast beans Add sweet itch

表6實施例3之風味評價Table 6 flavor evaluation of Example 3

------ 結果 —--- ί ◎ ~~~~~ t —— \ ◎— X Λ — 的酸味 如表6所示,實驗樣本U|l5與比較樣本…比 較而言,評價為清淡感增加。又,板據小組之意見,實驗 樣本11至15全體性減少大豆特有之青澀味,提高了清新 根據上逃表2、4以及6之評價結果,嚴糖之—部分或 3154〇4(修正版) 18 U55902 豆漿中’以火加熱至沸騰為止溶解巴拉金糖。將該等豆聚 轉移到醱酵容器内,與比較樣本相同方式進行醱酵。 已醱酵之各豆漿180g,.水(商品名:麒麟鹼離子水, 麟麟飲料股份公司)220 g放入混合器裏,攪拌成良好的均 —狀態。此時’使實驗樣本19中之添加甜味(蔗糖換算 : 15%xl8〇 g/(18〇 g + 22〇 g)=6 75)與實驗樣本 μ 至 U之添加甜味等同,在實驗樣本16至18中分別添加藉 糖^ (參照表7) 〇 ‘、 料㈣按如下方式進行,專門小組7名對酸酵前添 口之甜味枓的甜味度相同之比較樣本6至9與相應之實驗 樣本U至19分別進行評價。且, .., 耳驗之則為止將各樣 本保存於冰箱内。結果見表8。 f 7實施例4^飲用酸酪乳型醱酵豆漿 r酵前添加 之甜味度 (根據蔗糖 甜味換算) 撥酵前之巴 拉金糖添加 量(對豆漿 之重量%) f酵前之蔗 糠添加量 (對豆漿之 重量%) 醱酵後之蔗 糖添+加量 (對飲料之 重量%) 比較樣本6 比較樣本7 比較樣本8 比較樣本9 試驗樣本16 試驗樣本17 試驗樣本18 試驗樣本19------ Results——————— ί ◎ ~~~~~ t —— \ ◎— X Λ — The sour taste is shown in Table 6. The experimental sample U|l5 is compared with the comparative sample... The sense of light increases. Also, according to the panel's opinion, the experimental samples 11 to 15 reduce the unique green scent of soybeans, and improve the freshness according to the evaluation results of the escape tables 2, 4 and 6, the sugar-parts or 3154 〇 4 (corrected Edition) 18 U55902 Soymilk dissolves the bala sugar by heating to boiling. The beans are transferred to a fermenting vessel and fermented in the same manner as the comparative sample. 180 g of each soymilk that has been fermented, 220 g of water (trade name: unicorn alkali ionized water, Linlin Beverage Co., Ltd.) was placed in a mixer and stirred to a good average state. At this time, 'adding the sweetness in the experimental sample 19 (sucrose conversion: 15% xl8〇g/(18〇g + 22〇g)=6 75) is equivalent to the added sweetness of the experimental samples μ to U, in the experimental sample. Adding the sugars from 16 to 18 (refer to Table 7) 〇', and the materials (4) are carried out as follows. The comparison of the sweetness of the sweetened glutinous rice before the sour yeast is the same as the comparison sample 6 to 9 and The corresponding experimental samples U to 19 were evaluated separately. And, .., keep the samples in the refrigerator until the ear test. The results are shown in Table 8. f 7 Example 4^ Drinking sour milk type lyophilized soy milk Adding sweetness before fermentation (based on sucrose sweetness) Adding amount of bala sugar before fermenting (% by weight of soy milk) f Before fermentation Cane meal addition (% by weight of soy milk) Sucrose addition + addition after fermentation (% by weight of beverage) Comparison sample 6 Comparison sample 7 Comparison sample 8 Comparison sample 9 Test sample 16 Test sample 17 Test sample 18 Test sample 19

樣本名 315404(修正版) 20 1355902 表8實施例4之結果 結果 比較樣本6與試驗樣本16之比較 ◎ 比較樣本7與試驗樣本17之比較 〇 比較樣本8與試驗樣本丨8之比較 ◎ 比較樣本9與試驗樣本19之比較 ◎ 如表9所示’實驗樣本16至19與比較樣本6至9比 較而5 ’ S平價為其清淡感增加。又,根據小組之意見,實 驗樣本16至19全體性減少大豆特有之青澀味,提高了清 新的酸味。 實遮_例5_(飲用酸路乳型醋酵豆漿) 比較樣本6至9與實施例4同樣之飲用酸酪乳型醱酵 豆漿。 實驗樣本20至23為對應實施例4之比較樣本6至9 之嚴糖之—半甜味度以添加巴拉金糖取代,_後,添加 水,再添加薦糖至使添加甜味與比較樣本相同為止,形成 飲用酸酪乳型醱酵豆漿。(參照表9)。 风啄評價按如 加之甜咗%L Μ μ + a …厂厂、姐/石對醱酵前会 加之甜味枓的甜味度相 至23分別 '隹,❻比較樣本6至9與實驗樣本2 主d刀別進仃評價。且, 冰箱内。結果見表.實驗、為切各樣本保存方 315404(修正版) 21 1355902 表9實施例5之飲用酸路乳型醱酵豆漿 樣本名 巴加ί 之添以%) 前糖;2量I G 酵金(Ϊ-重 醱拉量之 蔗 , 之量之 前加Lt°/o) 酵添ti量 醱糖(Ϊ·重 醱酵前添加 之甜味度 (根據蔗糖 甜味換算) 礙酵後之$ 糖添加5庶 (斜飲料之 重量。/〇)Sample name 315404 (revision) 20 1355902 Table 8 Results of Example 4 Comparison of sample 6 and test sample 16 ◎ Comparison of sample 7 and test sample 17 Comparison of sample 8 and test sample ◎ 8 ◎ Comparison sample 9 Comparison with Test Sample 19 ◎ As shown in Table 9, 'Experimental samples 16 to 19 were compared with Comparative Samples 6 to 9 and 5 'S parity was increased for their lightness. Also, according to the panel's opinion, the experimental samples 16 to 19 reduced the unique green taste of soybeans and improved the fresh sour taste. Real shaving _Example 5_ (drinking acid-milk type vinegar-derived soy milk) Comparative samples 6 to 9 were similar to the drinking sugar-type buttermilk-type yeast soymilk of Example 4. Experimental samples 20 to 23 are the comparative sugars of Comparative Samples 6 to 9 corresponding to Example 4 - the semi-sweetness is replaced by the addition of palatinose, _, after adding water, and then adding the recommended sugar to make the sweetness and comparison The sample is the same, forming a drinking sour milk type soy milk. (Refer to Table 9). The wind 啄 evaluation according to the addition of sweet 咗%L Μ μ + a ... factory, sister / stone will add sweetness 甜 sweetness before the fermentation to 23 respectively, ❻, ❻ compare samples 6 to 9 and experimental samples 2 The main d knife does not enter the evaluation. And, inside the refrigerator. The results are shown in the table. Experiment, cut each sample storage side 315404 (revised edition) 21 1355902 Table 9 Example 5 of the drinking acid road milk type fermented soy milk sample name Bajia ί added with %) pre-sugar; 2 amount of IG leaven Gold (Ϊ- heavy 之 之 蔗 蔗 , , , , , , 之前 之前 之前 之前 之前 之前 之前 ti ti ti ti ti ti ti ti ti ti ti ti ti ti ti ti ti ti ti ti ti ti ti ti ti ti ti ti ti ti ti ti ti Add 5 ounces of sugar (weight of oblique drink. / 〇)

表10實施例5之結果 結果 比較樣本6 ^試驗樣本2〇之比較 比較樣本7 驗樣本21之比較 比較樣本8 樣本22之比較 如表10所示’實驗樣本20至23與比較樣本6至 比較而吕,評價為清淡感增加。又,根據小組之意見, 驗樣本20至23全體性減少大豆特有之青澀味,提高了 新的酸味。 置-^Li(飲用酸酪乳型醱酵豆漿) 比較樣本6至9與實施例4同樣之飲用酸酪乳型醱 22 315404(修正版) 1355902 豆漿 樣本2 4至2 7為對應實施例4之比較樣本6至9 之嚴糖30 /。之甜味度以添加巴拉金糖取代,潑酵後,添加 水’再添加嚴糖至使添加甜味與比較樣本相同為止,形成 飲用酸酪乳型醱酵豆漿。(參照表11)。 * Ο ^ ^價按如下方式進行,專門小組7名對潑酵前添 至°^=甜味度相同之比較樣本6至9與實驗樣本24Table 10 Results of Example 5 Comparison of Samples 6 ^ Comparison of Test Samples 2〇 Comparison of Samples 7 Comparison of Test Samples 21 Comparison of Samples 8 Samples of Samples 22 are shown in Table 10 'Experimental Samples 20 to 23 and Comparative Samples 6 to Compare And Lu, the evaluation is increased in lightness. Also, according to the panel's opinion, the samples 20 to 23 all reduced the unique green taste of soybeans and improved the new sour taste. -^Li (drinking sour-milk-type yeast soymilk) Comparing samples 6 to 9 and drinking water soymilk type 酦22 315404 (revision) 1355902 Soymilk sample 2 4 to 2 7 is corresponding to Example 4 Compare the samples of samples 6 to 9 with a sugar of 30 /. The sweetness is replaced by the addition of palatinose. After the fermentation, water is added and then the sugar is added until the added sweetness is the same as that of the comparative sample to form a drinking sour milk type soy milk. (Refer to Table 11). * Ο ^ ^ price is as follows, the special group 7 is added to the comparison sample 6 to 9 and the experimental sample 24 before the fermentation.

i箱:=評價°且,至實驗之前為止將各樣本保存於 冰相内。結果見表12。 T ^ 11實施乳型醱酵豆漿 樣本名 之甜味度 (根據蔗糖i box: = evaluation ° and each sample was stored in the ice phase until the experiment. The results are shown in Table 12. T ^ 11 implementation of milky yeast soy milk sample name sweetness (according to sucrose

醋酵前之巴 拉金糖添加 量(對豆漿 醱酵前之蔗 糖添加量 (對豆漿之 重量%) 醱酵後之蔗 糖添加量 (對飲料之 重量%) __ 5.0 4.5 7.0 ------ 3.6 10.0 2.3 15.0 — 0.0 3.5 4.5 4.9 3.6 7.0_ 2.3 —1Q,5-ZI 0.0 315404(修正版) 23 表12實施例6之結果Addition of bala sugar before vinegar (the amount of sucrose added before soymilk fermentation) (% by weight of soy milk) The amount of sucrose added after fermentation (% by weight of beverage) __ 5.0 4.5 7.0 ----- - 3.6 10.0 2.3 15.0 — 0.0 3.5 4.5 4.9 3.6 7.0_ 2.3 —1Q,5-ZI 0.0 315404 (Revised) 23 Table 12 Results of Example 6

…所示’實驗樣本24至27與比較樣本6至9 評價為清淡感増加。又,根據小組之意見,實 斩的纟27全體性減少大豆特有之青溫味,提高了清 新的酸味。 1 m 結果,嚴糖之一部分 ,可製成清淡風味之 根據上述表8、10以及12之評價 或全部之對應甜味度以巴拉金糖取代胃 醱酵豆漿。 實綠-例U醱酵後添加糖漿之酸酪乳型醱酵豆漿) 比較樣本1〇至12為醱酵豆漿基令添加6〇%蔗糖糖漿 以及水,調製成蔗糖最終濃度分別為5%、1〇%以及Μ%之 酸絡乳型潑酵豆聚。 醱酵基豆漿之製造方法如下。以豆漿500ml計,宜添 加lg之酸酪乳種菌(協同乳業股份公司製造,含戴白氏乳 酸桿菌亞種(Lactobacillus delbrueckii subsp.)以及嗜熱鍵 球菌(Streptococcus thermophilus))到豆漿(紀文食品 chemifa公司製造,大豆固形分8%以上)中,攪拌成均—的 狀態。攪拌後,將此豆漿置入43°C恆溫箱裏,醱酵至 為止,得到醱酵豆漿基。 24 315404(修正版) Ϊ355902 比較樣本10至12之製造方法如下。 一 漿·量中添加60%蔗糖糖裝以 。 13所示潑酵豆 麒麟飲料股份公司),攪拌成均一狀:名:麒麟鹼離子水, 實驗樣本28至30為醱酵豆聚 與42.25%巴拉金糖之糖漿(巴拉金糖:::含17.75%嚴糖 „ u (巴拉金糖之甜味貢獻率為50%) 水,以庶糖換算,調製成蔬糖最終濃度分別為 从及15%之酸酪乳型醱酵豆漿。實驗樣本28至3〇之製造 方法如下。表13所示醱酵豆漿量十分別添加含17 75%蔗 糖與42.25 %巴拉金糖(商品名:結晶巴拉金糖_ic,新三井 製糖股份公司製造)之糖漿以及水(商品名:麒麟鹼離子 水’麒麟飲料股份公司),攪拌成均一狀態。 風味評價按如下方式進行,專門小組7名對醱酵後添 加之甜味料的甜味度相同之比較樣本10至12與相應之實 驗樣本28至30分別進行評價。且,至實驗之前為止將各 樣本保存於冰箱内。結果見表14。 25 315404(修正版) 1355902 表1 3實施例7之醱酵豆漿 樣本名 添加之甜 味度 (根據蔗 糖甜味度 換算(%)) 醱酵豆漿 之量 (對樣本 之%) 水之添 加量 (對樣本 之%) 含17.75%之 蔗糖與42.25 %之巴拉金 糖之糖漿添 加量(對樣本 之%) 60%蔗糖 糖漿之添 加量 (對樣本 之%) 比較樣本10 5 80.2 11.5 _ 8.3 比較樣本11 10 60.3 23.0 — 16.7 比較樣本12 15 40.5 34.5 — 25.0 言式驗樣本28 5 80.2 5.7 14.1 _ 試驗樣本29 10 60.3 11.5 28.2 — 言樣本30 15 40.5 17.2 42.3 _ 表14實施例7之風味評價 結果 比較樣本10與試驗樣本28之比較 Δ 比較樣本11與試驗樣本29之比較 〇 比較樣本12與試驗樣本3 0之比較 ◎ 如表14所示,實驗樣本28至30與比較樣本10至12 比較而言,評價為清淡感增加。尤其,甜味度以蔗糖換算 為較15%以上之高範圍,其差異很顯著。又,根據小組之 意見,實驗樣本28至30全體性減少大豆特有之青澀味, 提高了清新的酸味。 實施例8(酿·酵後添加糖漿之酸酪乳型醱酵豆漿) 比較樣本10至12與實施例7同樣之酸酪乳型醱酵豆 26 315404(修正版) 1355902 表16實施例8之風味評價 結果 比較樣本10與試驗樣本3丨之— △ ◎ 比較樣本11與試驗樣本32之— 比較樣本12與試驗樣本33之— --- ◎ 如表16所示,實驗樣本31至33與比較樣本10至12 比較而言’評價為清淡感增加。尤其,甜味度以蔗糖換算 為較H)%以上之高範S,其差異报顯著…根據小組討 。冊組之思見,實驗樣本3丨至33全體性減少大豆特有之青 溫味’提高了清新的酸味。 入根據上述表Μ以及16之評價結果,蔗糖之一部分或 全部之對應甜味度以巴拉金糖取代,可製成清淡風味 酵豆漿》 產性 使用巴拉金糖不僅可製造大豆濃味感減少且清淡、清 新未之醱酵丑漿,而且抑制使用各種呈味改良劑等亦無 法抑制之醱酵豆漿之不快臭味。因此,本發明有產業上 利用性。 、 315404(修正版) 28The experimental samples 24 to 27 and the comparative samples 6 to 9 were evaluated as having a light sensation. In addition, according to the opinion of the group, the overall 纟27's overall reduction of the unique warmth of soybeans and improved fresh sourness. 1 m As a result, one part of the sugar can be made into a light flavor. The stomach is replaced by the balsam sugar according to the evaluation of the above Tables 8, 10 and 12 or all of the corresponding sweetness. Real Green - Example U Addition of syrup sour milk type soy milk soy milk) Compare samples 1〇 to 12 to add 6〇% sucrose syrup and water to the yeast soymilk base, and prepare the final concentration of sucrose to 5%. 1〇% and Μ% of the acid-cold-type prion bean. The manufacturing method of the fermented soybean milk is as follows. In 500 ml of soymilk, it is advisable to add lg acid buttermilk inoculum (manufactured by Synergistic Dairy Co., Ltd., containing Lactobacillus delbrueckii subsp. and Streptococcus thermophilus) to soy milk (Jiwen Food Chemifa) The company manufactures soybeans with a solid content of 8% or more. After stirring, the soybean milk was placed in a 43 ° C incubator and fermented until the yeast soymilk base was obtained. 24 315404 (Revised) Ϊ355902 The manufacturing method for comparing samples 10 to 12 is as follows. Add 60% sucrose sugar to a slurry. 13 shown pour yeast 麒 Kirin Beverage Co., Ltd.), stirred into a uniform shape: Name: unicorn alkali ionized water, experimental samples 28 to 30 are lyophilized beans and 42.25% paraquat sugar syrup (Bala Ginkgo:: : Contains 17.75% of the sugar „ u (the contribution rate of the sweetness of the bala sugar is 50%). The water is converted into the soymilk type soymilk with the final concentration of the sugar and sugar in the conversion of sugar and sugar. The production methods of samples 28 to 3 are as follows. The amount of fermented soymilk shown in Table 13 is added with 17 75% sucrose and 42.25% palladium sugar respectively (trade name: crystalline bala syrup _ic, New Mitsui Sugar Co., Ltd. The syrup and water (product name: 麒 碱 离子 离子 麒 麒 麒 麒 麒 饮料 , , , , , , , , , , , , 风味 风味 风味 风味 风味 风味 风味 风味 风味 风味 风味 风味 风味 风味 风味 风味 风味 风味 风味 风味 风味 风味 风味 风味 风味 风味 风味 风味The same comparative samples 10 to 12 were evaluated separately from the corresponding experimental samples 28 to 30. Further, each sample was stored in the refrigerator until the experiment. The results are shown in Table 14. 25 315404 (Revised) 1355902 Table 1 3 Examples 7 of the yeast soy milk sample name added sweetness (Based on sucrose sweetness conversion (%)) The amount of fermented soy milk (% of the sample) The amount of water added (% of the sample) The amount of syrup added with 17.75% sucrose and 42.25% of palatinose ( % of sample) 60% sucrose syrup addition (% of sample) Comparison sample 10 5 80.2 11.5 _ 8.3 Comparative sample 11 10 60.3 23.0 — 16.7 Comparative sample 12 15 40.5 34.5 — 25.0 Sample test sample 28 5 80.2 5.7 14.1 _ Test sample 29 10 60.3 11.5 28.2 - Sample sample 30 15 40.5 17.2 42.3 _ Table 14 Comparison of flavor evaluation results of Example 7 Comparison of sample 10 with test sample Δ Δ Comparison of sample 11 with test sample 29 〇 Compare sample 12 Comparison with test sample 30 ◎ As shown in Table 14, the experimental samples 28 to 30 were evaluated as having a lighter sensation as compared with the comparative samples 10 to 12. In particular, the sweetness was higher than 15% in terms of sucrose. In terms of scope, the difference was significant. In addition, according to the group's opinion, the experimental samples 28 to 30 reduced the unique green odor of soybean and improved the fresh sour taste. Example 8 (acid buttermilk type added with syrup after brewing and fermenting)酦Fermented Soy Milk) Compare Samples 10 to 12 with the same acid buttermilk type lyophilized beans as in Example 7 26 315404 (Revised Edition) 1355902 Table 16 Comparison of flavor evaluation results of Example 8 Comparison of sample 10 and test sample 3 △ ◎ Comparison Sample 11 and Test Sample 32 - Comparing Sample 12 with Test Sample 33 - --- As shown in Table 16, the experimental samples 31 to 33 were evaluated as having a lighter feeling in comparison with the comparative samples 10 to 12. In particular, the degree of sweetness is sucrose in terms of H)% or higher, and the difference is significant... according to the panel. The thought of the group, the experimental sample 3丨 to 33, the overall reduction of soybean-specific blue warmth ‘improved the fresh sour taste. According to the results of the above table and 16 evaluation, some or all of the corresponding sweetness of sucrose is replaced by palatinose, which can be made into light-flavored yeast soy milk. Producing Bara Gum can not only produce soybean flavor It reduces the lightness, the freshness of the yeast, and the unpleasant odor of the fermented soymilk that cannot be suppressed by using various taste modifiers. Therefore, the present invention has industrial applicability. , 315404 (revised edition) 28

Claims (1)

¥告本 |利年[〇月千s修正本 ^ 93100509號專利申請案 (99年10月4曰) 拾、申請專利範圍: 1. 一種醱酵豆漿’其特徵係在豆漿醱酵階段之前或醱酵 中,於豆漿中添加最終製品全量之1至37重量%之巴 拉金糖、或於醱酵豆漿中添加最終製品全量之1至37 重量%之巴拉金糖。 2. 如申請專利範圍第1項之翰·酵豆皱,其中,前述撥酵豆 漿係以乳酸菌使豆漿醱酵而製成。 3. 如申請專利範圍第2項之醋酵豆漿,其中’前述乳酸菌 _ 為乳酸桿菌屬(Lactobacillus)細菌,鏈球菌屬 (Streptococcus)細菌,乳球菌屬(Lactococcus)細菌,白 念珠球菌屬(Leuconostoc)細菌或腸球菌屬 (Enterococcus)細菌中之至少一種。¥告本|利年[〇月千s修正本^ Patent application No. 93100509 (October 4, 1999) Pick up, apply for patent scope: 1. A kind of fermented soymilk' is characterized before the soymilk fermentation stage or In the fermentation, add 1 to 37% by weight of the final product to the soymilk, or add 1 to 37% by weight of the final product to the lyophilized soy milk. 2. For example, in the first paragraph of the patent application, the yeast bean wrinkle is prepared by fermenting soy milk with lactic acid bacteria. 3. For example, the lactic acid soymilk of claim 2, wherein 'the aforementioned lactic acid bacteria _ are Lactobacillus bacteria, Streptococcus bacteria, Lactococcus bacteria, Leuconostoc a bacterial or at least one of Enterococcus bacteria. 4.如申請專利範圍第3項之醱酵豆漿,其中,前述乳酸菌 為酷·蛋白乳酸桿菌(Lactobacillus casei)、副酷·蛋白乳酸 桿菌(Lactobacillus paracasei)、胚芽乳酸桿菌 (Lactobacillus platarum)、嗜酸產氧乳酸桿菌 (Lactobacillus acidophilus)、戴白氏乳酸桿菌保加利亞 亞種(Lactobacillus delbrueckii subsp. bulgaricus)、唁熱 鏈球菌(Streptococcus thermophilus)、乳酸乳球菌 (Lactococcus lactics)、乳酸白念珠球菌(Leuconostoc lactics)或糞腸球菌(Enterococcus faecalis)之其中至少 -一種0 5. 如申請專利範圍第1項至第4項中任一項之醱酵豆漿, 其中,前述醋酵豆漿另含有果汁或香味之至少一種。 6. —種醱酵豆漿之風味改善方法,其特徵係於將豆漿醱酵 29 315404修正版 第93100509號專利申請案 (99年10月4曰) 而製造醱酵豆漿之方法中,在豆漿醱酵階段之前或醱酵 中,於豆漿中添加最終製品全量之1至37重量%之巴 拉金糖並培養到pH4.5至4.9、或於醱酵豆漿中添加最 終製品全量之1至37重量%之巴拉金糖。 7. 如申請專利範圍第6項之醱酵豆漿之風味改善方法,其 中’前述醱酵豆漿係以乳酸菌使豆漿醱酵而製成。 8. 如申請專利範圍第7項之礙酵豆渡之風味改善方法,其 中’刖述乳酸菌為乳酸桿菌屬(Lactobacillus)細菌,鍵 球菌屬(Streptococcus)細菌,乳球菌屬(Lactococcus)細 菌’白念珠球菌屬(Leuconostoc)細菌或腸球菌屬 (Enterococcus)細菌中之至少一種。 9. 如申請專利範圍第8項之醱酵豆漿之風味改善方法,其 中’前述乳酸菌為路蛋白乳酸桿菌(Lactobacillus casei)、副酪蛋白乳酸桿菌(Lactobacillus paracasei)、胚 芽乳酸桿菌(Lactobacillus platarum)、嗜酸產氧乳酸桿 菌(Lactobacillus acidophilus)、戴白氏乳酸桿菌保加利 亞亞種(Lactobacillus delbrueckii subsp. bulgaricus)、嗜 熱鏈球菌(Streptococcus thermophilus)、乳酸乳球菌 (Lactococcus lactics)、乳酸白念珠球菌(Leuconostoc lactics)或糞腸球菌(Enterococcus faecalis)之其中至少 一種。 10. 如申請專利範圍第6項至第9項中任一項之醱酵豆聚之 風味改善方法,其中,前述醱酵豆漿另含有果汁或香味 之至少一種。 30 315404修正版4. The fermented soymilk according to item 3 of the patent application, wherein the lactic acid bacteria are Lactobacillus casei, Lactobacillus paracasei, Lactobacillus platarum, acidophilus Lactobacillus acidophilus, Lactobacillus delbrueckii subsp. bulgaricus, Streptococcus thermophilus, Lactococcus lactics, Leuconostoc lactics Or at least one of Enterococcus faecalis, wherein the vinegar soymilk further contains at least one of a juice or a scent, as described in any one of claims 1 to 4. . 6. A method for improving the flavor of soy milk, characterized by the method for producing soy milk by fermenting soymilk 29 315404, the patent application No. 93100509 (October 4, 1999), in soymilk Before the fermentation stage or in the fermentation, add 1 to 37% by weight of the final product to the soy milk and grow to pH 4.5 to 4.9, or add 1 to 37 weight of the final product to the soy milk. % of the bala sugar. 7. The method for improving the flavor of the fermented soymilk according to the sixth aspect of the patent application, wherein the above-mentioned fermented soymilk is prepared by fermenting soybean milk with lactic acid bacteria. 8. The method for improving the flavor of the yoghurt bean in the seventh paragraph of the patent application, wherein the lactic acid bacteria are Lactobacillus bacteria, Streptococcus bacteria, and Lactococcus bacteria white. At least one of a bacterium of the genus Leuconostoc or an bacterium of the genus Enterococcus. 9. The method for improving the flavor of the fermented soymilk according to claim 8 wherein the lactic acid bacteria are Lactobacillus casei, Lactobacillus paracasei, Lactobacillus platarum, Lactobacillus acidophilus, Lactobacillus delbrueckii subsp. bulgaricus, Streptococcus thermophilus, Lactococcus lactics, Leuconostoc At least one of lactics) or Enterococcus faecalis. 10. The method for improving the flavor of the yeast bean according to any one of claims 6 to 9, wherein the fermented soymilk further comprises at least one of a juice or a flavor. 30 315404 revision
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JP4773135B2 (en) * 2005-04-18 2011-09-14 初治 堀 Fermented food mainly composed of soy milk and a method for producing the same.
DE102005034043B4 (en) * 2005-07-18 2019-12-12 Südzucker Aktiengesellschaft Mannheim/Ochsenfurt Mixture containing L-carnitine and trehalulose and product containing the mixture
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KR100769643B1 (en) * 2006-06-12 2007-10-23 김영환 Method for manufacturing a yogurt made by fermented soybeans and soybean milk and a yogurt thereby
EP2158815A4 (en) * 2007-06-27 2011-05-04 Nichi Nichi Pharmaceutical Co Ltd Cheese-like food obtained from fermented soymilk and process for producing the same
US8828469B2 (en) 2007-11-08 2014-09-09 Symrise Ag Use of alkamides for masking an unpleasant flavor
CA2710820C (en) * 2008-06-11 2012-05-01 Kanetada Shimizu Method for producing fermented milk
EP2597082A1 (en) 2011-11-24 2013-05-29 Symrise AG Compounds for masking an unpleasant taste
KR20150105979A (en) 2013-01-11 2015-09-18 임파서블 푸즈 인크. Non-dairy cheese replica comprising a coacervate
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CN107484830A (en) * 2017-08-30 2017-12-19 李波兴 The production method of one primary yeast soya-bean milk
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