白酒是一種發(fā)酵型液體，在釀造過程中人產生一種物質——酶，這種成分在白酒釀造中起什么作用，你都理解嗎？下面就跟小編一同來學習下吧。
Liquor is a kind of fermented liquid. In the process of brewing, people produce a substance - enzyme. Do you understand the role of this ingredient in liquor brewing? Let's study with Xiaobian.
糧食轉化成酒需求兩個步驟，糖化、發(fā)酵。
There are two steps to transform grain into wine: saccharification and fermentation.
酒曲酶里面的霉菌起到糖化功用，將淀粉轉化成糖。
The molds in the starter play the role of saccharification, transforming starch into sugar.
酒曲酶里面的酵母菌起到發(fā)酵的作用，能夠將糖轉化成酒精。
Yeast in kojic enzyme plays the role of fermentation and can convert sugar into alcohol.
白酒釀造過程這兩個步驟同時停止。
At the same time, the two steps of liquor making process stop.
糖化是釀酒過程中重要的步驟，在這個過程中會產生糖化酶，我國之前釀造的白酒大多是依托這種方法停止的。
Saccharification is an important step in the brewing process, in which saccharifying enzyme will be produced. Most of the liquor brewed before in our country is stopped by this method.
糖化酶與酒曲是什么關系?
What is the relationship between saccharifying enzyme and koji?
我們曉得釀造白酒時一定要參加酒曲，，先理解釀酒大致的過程，糖化酶和酒曲在釀酒中，屬于不同的階段，酒曲是經過潤濕谷物促使其發(fā)芽或生霉制成，酒曲上生長有大量的微生物，微生物能所分泌出糖化酶等酶制劑，糖化酶具有生物催化作用，能夠加速谷物中的淀粉、蛋白質等轉變成糖、氨基酸，也就是我們說的糖化，然后糖分在酵母菌的酶的作用下，合成成乙醇，即酒精，這就完成了釀酒的過程。
We know that when brewing liquor, we must take part in distiller's yeast. First of all, we should understand the general process of brewing. Saccharifying enzyme and distiller's yeast belong to different stages. Distiller's yeast is made by moistening grain to promote its germination or mildew. There are a large number of microorganisms growing on the distiller's yeast, and enzymes such as saccharifying enzyme can be secreted by microorganisms. Saccharifying enzyme has the function of biocatalysis, which can accelerate the grain production. The starch and protein in the product are transformed into sugar and amino acid, that is to say, saccharification, and then the sugar is synthesized into ethanol, i.e. alcohol, under the action of the enzyme of yeast, which completes the brewing process.
糖化酶在釀酒中起到什么作用?
What role does saccharifying enzyme play in wine making?
從前面的釀酒過程中我們理解到，酒曲中的微生物分泌了糖化酶，而在工業(yè)消費中糖化酶主要是從黑曲霉、米曲霉、根霉等絲狀真菌和酵母中取得。其次我們再理解糖化酶的作用對象——淀粉，淀粉是由直鏈淀粉和支鏈淀粉組成，糖化酶具有酶制劑的專注性，主要作用直鏈淀粉后的產物簡直全部是葡萄糖，因而也被稱為葡萄糖淀粉酶、α-1,4-葡萄糖水解酶。
From the previous brewing process, we understand that the microorganisms in the koji secrete glucoamylase, which is mainly obtained from filamentous fungi and yeast such as Aspergillus niger, Aspergillus oryzae and Rhizopus in industrial consumption. Secondly, we understand the object of action of glucoamylase - starch, which is composed of amylose and amylopectin. Glucoamylase has the concentration of enzyme preparation. The main product after acting on amylose is almost all glucose, so it is also known as glucoamylase, α - 1,4-glucohydrolase.
白酒釀造范疇：目前葡萄酒和白酒的主要區(qū)域消費比例為4:6，白酒釀造占有很大的比例。在傳統(tǒng)的釀造白酒過程中，從幽香型到濃香型，再到醬香型白酒，隨著制曲溫度的進步，出酒率只要 40%到 20%左右，呈明顯的降落趨向，主要緣由是由于淀粉質原料的糖化不完整所致，而糖化不好就成了影響出酒率的首要問題。而在不減或減少小曲用量的狀況下，適量添加糖化酶，使淀粉的糖化停止得愈加徹底，能夠進步出酒率 5%，酒質風味不變 經測算，經過添加糖化酶消費小曲酒，經濟效益要比傳統(tǒng)工藝的經濟效益約高出1倍。
Liquor brewing category: at present, the main regional consumption proportion of wine and liquor is 4:6, and liquor brewing accounts for a large proportion. In the process of traditional liquor making, with the progress of koji making temperature, the liquor yield is only about 40% to 20%, which shows an obvious falling trend. The main reason is due to the incomplete saccharification of starch raw materials, and the poor saccharification has become the primary problem affecting the liquor yield. Under the condition of not reducing or reducing the amount of koji, adding appropriate amount of saccharifying enzyme can stop the saccharification of starch more thoroughly and improve the liquor yield by 5%. The liquor quality and flavor remain unchanged after calculation. After adding saccharifying enzyme to consume koji liquor, the economic benefit is about 1 times higher than that of traditional technology.
黃酒釀造范疇：黃酒屬于低度釀造酒，普通酒精含量為20%左右，含有豐厚的營養(yǎng)及氨基酸，被稱為液體蛋糕。傳統(tǒng)的黃酒釀造主要運用活性干酵母作為糖化發(fā)酵劑，存在產酒率低的普遍問題，在黃酒消費中適量參加糖化酶，可加速發(fā)酵，使消費周期大大縮短，并使出酒率有很大進步，經過實驗，糖化酶的加酶量為0.02%，更適溫度為32 ，更適 pH 值為4.6，主發(fā)酵期縮短2~3天，后發(fā)酵期縮短10~60天，出酒率高達 92.07%，是傳統(tǒng)辦法的3倍。
Yellow rice wine brewing category: yellow rice wine belongs to low-grade brewing wine, with general alcohol content of about 20%, rich nutrition and amino acids, known as liquid cake. The traditional rice wine brewing mainly uses active dry yeast as saccharifying fermentation agent, which has the common problem of low alcohol production rate. The moderate participation of saccharifying enzyme in the consumption of rice wine can accelerate the fermentation, greatly shorten the consumption cycle, and greatly improve the alcohol production rate. After experiments, the amount of saccharifying enzyme is 0.02%, the optimum temperature is 32, the optimum pH value is 4.6, and the main fermentation period is shortened by 2-3 days. The post fermentation period was shortened by 10-60 days, and the liquor yield was 92.07%, which was three times of the traditional method.
啤酒釀造范疇：在消費發(fā)酵度高的淡爽型干啤酒，主要有幾種辦法：1、添加發(fā)酵性糖法（加糖法）；2、添加酶制劑法（加酶法）；3、添加特種酵母法。添加糖化酶是更簡單有效的辦法，可以到達有效地進步啤酒發(fā)酵度的目的，消費出的干啤酒具有風味共同 口味干爽純粹等優(yōu)點。
Beer brewing category: in the consumption of light dry beer with high fermentation degree, there are several methods: 1. Adding fermentative sugar method (adding sugar method); 2. Adding enzyme preparation method (adding enzyme method); 3. Adding special yeast method. Adding saccharifying enzyme is the most simple and effective way to effectively improve the fermentation degree of beer. The consumed dry beer has the advantages of common flavor, dry and pure taste.
糖化酶等酶制劑能取代酒曲嗎？
Can enzyme preparations such as saccharifying enzyme replace Jiuqu?
答案能否定的！酶制劑的添加，能有效的處理傳統(tǒng)酒曲中酶制劑，酶活較低的缺陷，由于酒曲其實質之一就是粗酶制劑，在酒的消費過程中，恰當參加一局部酶制劑以替代局部傳統(tǒng)酒曲，可降低酒的消費本錢。但所產生的問題是酒的香味遭到一定的影響，如添加糖化酶可進步出酒率，同時也會影響酒的口感，其主要緣由是淀粉到糖的速度，在很短的時間就產生了酶，使糖沒有充沛發(fā)酵，出來的酒甜中帶苦，不好喝，因而在一些名酒廠，傳統(tǒng)的酒曲仍是必不可少的。
Can the answer be determined? The addition of enzyme preparation can effectively deal with the defect of low enzyme activity in traditional distiller's yeast. As one of the essence of distiller's yeast is crude enzyme preparation, properly taking part in a local enzyme preparation to replace the local traditional distiller's yeast in the process of alcohol consumption can reduce the cost of alcohol consumption. However, the problem is that the flavor of the wine is affected to some extent. For example, adding saccharifying enzyme can improve the yield of the wine, but also affect the taste of the wine. The main reason is the speed of starch to sugar. In a very short time, the enzyme is produced, so that the sugar is not fully fermented, and the wine is bitter in the sweet and not good to drink. Therefore, in some famous distilleries, the traditional koji is still essential.
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自動售酒機 2024-07-25 
