JP4862012B2 - Moromi pickled tofu, moromi pickled tofu and dressing-like food - Google Patents
Moromi pickled tofu, moromi pickled tofu and dressing-like food Download PDFInfo
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- JP4862012B2 JP4862012B2 JP2008118224A JP2008118224A JP4862012B2 JP 4862012 B2 JP4862012 B2 JP 4862012B2 JP 2008118224 A JP2008118224 A JP 2008118224A JP 2008118224 A JP2008118224 A JP 2008118224A JP 4862012 B2 JP4862012 B2 JP 4862012B2
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Description
本発明は、みりんの醸造過程で副産物として残存するみりん粕を主材として加工したモロミ食材を利用し、該モロミ食材に豆腐を漬け込むモロミ漬け豆腐の製造方法と該方法によって得られたモロミ漬け豆腐及びドレッシング様食品に関するものである。 The present invention uses a moromi food processed from moromi mash that remains as a by-product in the brewing process of mirin, and uses the moromi food to make moromi-cured tofu soaked with tofu in the moromi food and the moromi-cured tofu obtained by the method And dressing-like foods.
みりん粕には、みりん由来の糖類、アミノ酸、不溶性無窒素物(繊維を含む)、タンパク質等が豊富に含まれると共に、みりん製造時に使用される「麹」由来の酵素活性と抗酸化性のみりん成分とが残存しており、食材としては優れている。 Mirinpox is rich in saccharides derived from mirin, amino acids, insoluble nitrogen-free substances (including fibers), proteins, etc., and the enzyme activity and antioxidant mirins derived from “pox” used in mirin production. Ingredients remain and are excellent as food ingredients.
しかしながら、みりん粕は食材として利用されることは少なく、その多くは家畜飼料として利用されており、一部において漬物の床材として利用されているのが現状である。また、豆腐を味噌や酒粕などのモロミに漬け込んで、本来の豆腐とは違った味付けをした豆腐およびその製造方法についても複数のものが公知になっている。 However, mirinpo is rarely used as a food material, most of which is used as a livestock feed, and in some cases it is used as a flooring for pickles. In addition, a plurality of tofu products that are soaked in moromi such as miso and sake lees and seasoned differently from the original tofu and their production methods are known.
みりん粕を味噌の製造に使用される場合には、味噌製造に必要な量の麹の一部をみりん粕で置換し、これに大豆または脱脂大豆及びその他の副原料と食塩を混合し熟成させるというものであって、実施例では米麹12〜48kgに対し、みりん粕12〜48kg、大豆30kg、食塩11kg、種水5kgの割合で混合し、35℃で7日間熟成させたものである(特許文献1参照)。 When mirin koji is used in the production of miso, part of the koji required for the production of miso is replaced with mirin koji, and this is mixed with soybeans or defatted soy beans and other secondary ingredients and aged. In the examples, 12-48 kg of rice bran, 12-48 kg of mirin rice, 30 kg of soybeans, 11 kg of salt and 5 kg of seed water were mixed and aged at 35 ° C. for 7 days ( Patent Document 1).
第2の公知例として、例えば、豆腐を酒粕に漬けて熟成させた粕漬豆腐であって、豆腐は、全表面に塩をまぶして冷蔵庫で12〜24時間ねかせて内部から水分を出して水切りし、熱風乾燥させたものが使用され、酒粕は、砂糖、塩、調味料、酒を加えて味付けし、味噌程度の柔らかさにしたものであって、漬け込み時間は2〜5日間程度で熟成させるというものである(特許文献2参照)。As a second known example, for example, tofu pickled tofu that has been soaked in sake lees and ripened, the whole surface is coated with salt and left in a refrigerator for 12 to 24 hours to drain water from the inside and drain it. , Hot-air dried ones are used, and sake lees are seasoned with sugar, salt, seasoning, and sake, and softened to the extent of miso, and ripen in 2-5 days. (See Patent Document 2).
第3の公知例として、例えば、米を金山寺麹で糖化し、これに醤油を加えて糖化もろみを調整し、この糖化もろみに、水切り脱水した豆腐を浸漬して熟成させた後、豆腐を取り出し、さらに新しい糖化もろみに漬け込み、なめらかなチーズ様のテクスチャーと豆腐の良好な風味と品質を有する豆腐もろみ漬けの製造が可能になったというものである(特許文献3参照)。As a third known example, for example, rice is saccharified in Kanayamadera mash, soy sauce is added thereto to adjust saccharified moromi, and after immersing and ripening drained tofu into the saccharified mash, the tofu is taken out. In addition, it is possible to produce a tofu moromi-zuke that has a smooth cheese-like texture and good tofu flavor and quality by being soaked in new saccharified mash (see Patent Document 3).
しかしながら、前記特許文献1の公知技術においては、みりん粕を白味噌の製造に利用するものであり、あくまでも味噌製造に必要な量の麹の一部をみりん粕で置換するというものであって、味噌の主たる原料である大豆または脱脂大豆に麹とみりん粕が加えられると共に、その他の副原料と食塩とを加えて混合し熟成させて白味噌を製造するというものであり、白味噌の中にみりん粕の旨味成分の一部を導入させたものである。However, in the known technique of the above-mentioned Patent Document 1, mirin is used for the production of white miso, and only a part of the amount of koji necessary for the production of miso is replaced with mirin. In addition to the addition of koji and mirin koji to soybean or defatted soybean, which is the main ingredient of miso, white miso is produced by adding and mixing other auxiliary ingredients and salt, and aging. Part of the umami component of mirin mochi.
この白味噌の製造は、本質的には大豆を主材とし、みりん粕は発酵のための麹の一部としてしか利用されていないのであり、みりん粕の旨味成分の全部を生かした食材または食品ではないのであり、現実にみりん粕を主材としたような食材または食品は市場に出ていないのである。The production of this white miso is essentially made from soybeans, and mirin koji is only used as part of the koji for fermentation. In fact, there are no foods or foods on the market that actually use mirin mochi as the main ingredient.
従って、従来のみりん粕の利用においては、みりん粕が主たる材料ではなく補助的な副成分としてしか使用されていないこと、及びみりん粕が家畜の飼料として使用されている現状から、みりん粕を主成分とし、みりん粕の旨味成分の全部を生かした食材または食品を得ることについて解決課題がある。Therefore, in the conventional use of mirin koji, mirin koji is mainly used as an auxiliary component rather than the main material, and mirin koji is mainly used as livestock feed. There exists a solution subject about obtaining the foodstuff or foodstuff which makes use of all the umami ingredients of mirin mochi as an ingredient.
上記課題を解決する具体的手段として本発明に係るモロミ漬け豆腐の製造方法は、みりん粕を少なくともタンパク質分解酵素剤により分解させた分解粕に、所要量のアルコールと塩とを添加して熟成させたモロミ食材に、半乾燥の豆腐を漬け込み、恒温で2乃至4週間熟成することを最も特徴とする。 As a specific means for solving the above-mentioned problems, the method for producing moromi-cured tofu according to the present invention is to ripen mirin koji by adding a required amount of alcohol and salt to at least decomposing koji using a proteolytic enzyme agent. It is most characterized by immersing semi-dried tofu in moromi food and aging at constant temperature for 2 to 4 weeks.
この製造方法の発明において、豆腐の半乾燥は、50℃で3時間通風乾燥させること、を付加的な要件として含むものである。 In the invention of this production method, the semi-drying of tofu includes air drying at 50 ° C. for 3 hours as an additional requirement.
また、本発明に係るモロミ漬け豆腐は、上記製造方法の発明を実施することによって得られたものであり、当然のこととして、豆腐の半乾燥は、50℃で3時間通風乾燥させること、を含むものである。 Moreover, the moromi pickled tofu according to the present invention is obtained by carrying out the invention of the above production method. As a matter of course, the semi-drying of the tofu is air-dried at 50 ° C. for 3 hours. Is included.
さらに、ドレッシング様食品は、みりん粕を少なくともタンパク質分解酵素剤により分解させた分解粕に、所要量のアルコールと塩とを添加して熟成させたモロミ食材と、豆腐とを合わせてペースト状にしたモロミ漬け豆腐を主体としたものである。 In addition, the dressing-like food is made into a paste by combining moromi food, which is made by degrading mirin koji with at least a proteolytic enzyme, and aging by adding the required amount of alcohol and salt, and tofu. The main ingredient is pickled tofu.
本発明に係るモロミ漬け豆腐の製造方法は、みりん粕を主成分とし、これに少なくともタンパク質分解酵素剤により分解させた分解粕に、所要量のアルコールと塩とを添加して熟成させたモロミ食材を使用して半乾燥の豆腐を漬け込むものと、モロミ食材と豆腐とを合わせてペースト状のドレッシング様食品にするのであり、いずれもみりん粕の旨味成分の全部を生かした食材または食品なのであり、みりん粕全てが有効に利用できるし、モロミ食材に多く含まれているアミノ酸類の旨味成分が豆腐側に移行すると共に、熟成によって香りが良くなり、旨味とコクがあり、舌触りが滑らかで口当たりが良いという優れた効果を奏する。The method for producing moromi-cured tofu according to the present invention comprises moromi mash as a main component, and moromi mash prepared by aging by adding a required amount of alcohol and salt to the decomposed mash that has been decomposed at least by a proteolytic enzyme agent. Is used to soak semi-dried tofu and moromi ingredients and tofu to make a paste-like dressing-like food, both of which are ingredients or foods that make full use of the delicious ingredients of mirin mochi, All mirin mochi can be used effectively, and the umami components of amino acids that are abundant in moromi ingredients are transferred to the tofu side, and the aroma is improved by aging, and there is umami and richness. There is an excellent effect of being good.
次に、本発明を具体的な実施の形態に基づいて詳しく説明する。
本発明の実施の形態に係るモロミ漬け豆腐の製造方法は、まず、みりん製造において副生されるみりん粕を使用して生成したモロミ食材を利用することが重要なのであり、そのモロミ食材の製造について説明する。みりん粕に所要量の水を加えて吸水膨潤させ、チョッパー処理によりみりん粕を細かくし、その後に加えられる酵素が作用し易くする。この場合に、目的とするモロミ食材によって加えられる水の量が適宜選択される。例えば、みりん粕1重量部に対して水を0.5〜2.0重量部の範囲で選択的に加えられる。Next, the present invention will be described in detail based on specific embodiments.
In the manufacturing method of moromi pickled tofu according to the embodiment of the present invention, first, it is important to use the moromi food produced by using the mirin koji produced as a by-product in the production of mirin, and the production of the moromi food explain. The required amount of water is added to the mirin koji and swollen with water absorption, and the mirin koji is made fine by chopper treatment so that the enzyme added thereafter can easily act. In this case, the amount of water added by the target moromi food is appropriately selected. For example, water is selectively added in the range of 0.5 to 2.0 parts by weight with respect to 1 part by weight of mirin.
チョッパー処理したみりん粕は、微生物汚染防止の目的で70℃にて30分間加熱処理する。加熱処理されたみりん粕は常温まで冷された後に、市販されているタンパク質分解酵素剤を所要量添加する。この場合に、みりん粕1重量部に対して酵素剤を0.0001〜0.01重量部の範囲で添加する。また、みりん粕には、みりん製造時の各種酵素活性が残存しているが、それだけでは充分ではなく、市販の各種酵素剤を目的に合わせて使用するのが好ましい。例えば、酵素剤としてタンパク質分解酵素剤を単独で使用するだけでなく、糖化・液化酵素剤、脂肪分解酵素剤、繊維(セルロース)分解酵素剤などの一種または二種以上を併用することができる。 The chopper-treated mirin rice cake is heat-treated at 70 ° C. for 30 minutes for the purpose of preventing microbial contamination. After the heat-treated mirin koji is cooled to room temperature, a required amount of a commercially available proteolytic enzyme agent is added. In this case, the enzyme agent is added in the range of 0.0001 to 0.01 parts by weight per 1 part by weight of mirin koji. Moreover, although various enzyme activities at the time of mirin manufacture remain in mirin koji, it is not sufficient by itself, and it is preferable to use commercially available various enzyme agents according to the purpose. For example, not only a proteolytic enzyme agent can be used alone as an enzyme agent, but also one or more of a saccharification / liquefaction enzyme agent, a lipolytic enzyme agent, and a fiber (cellulose) degrading enzyme agent can be used in combination.
なお、セルロース分解酵素剤として、Trichoderma属の由来のセルラーゼは、エンドグルカナーゼに富んだものが多く、Aspergillus属由来のセルラーゼは、エキソグルカナーゼとβグルカナーゼとに富んだものが多いことからして、両者を一緒に使用した方が良い。
つまり、セルロースはグルコース分子が何千個もβ−1,4−グルコシド結合で直鎖式に繋がったものであり、このようなセルロースを分解するためには、セルロースの非結晶領域の結合を分解する性能を有するエンドグルカナーゼと、エンドグルカナーゼの切断点に作用してセロビオースを生成する性能を有するエキソグルカナーゼと、セロビオースをグルコースに加水分解する性能を有するβグルカナーゼとを同時に使用することで、セルロースの糖化能力を高めることができるのである。As cellulolytic enzyme agents, cellulases derived from the genus Trichoderma are often rich in endoglucanase, and cellulases derived from the genus Aspergillus are rich in both exoglucanase and β-glucanase. Should be used together.
In other words, thousands of glucose molecules are connected in a straight chain by β-1,4-glucoside bonds, and in order to decompose such cellulose, the bonds in the non-crystalline region of cellulose are decomposed. By simultaneously using an endoglucanase having the ability to hydrolyze, an exoglucanase having the ability to produce cellobiose by acting on the cleavage point of endoglucanase, and β-glucanase having the ability to hydrolyze cellobiose to glucose, The saccharification ability can be increased.
酵素剤を添加したみりん粕は、所要の容器(樽または槽)に入れ、常温〜60℃の範囲に維持して2〜4日間分解反応させ、全体として液状乃至泥状を呈するみりん粕分解物(流動物)を調製する。この場合に、食材としての使用目的によって添加する水の量を予め適宜選択できるのであり、また、分解反応させる温度と時間も適宜選択するのである。 The mirinpox added with the enzyme agent is put into a required container (barrel or tank), maintained in the range of room temperature to 60 ° C, and allowed to undergo a decomposition reaction for 2 to 4 days. (Fluid) is prepared. In this case, the amount of water to be added can be appropriately selected according to the purpose of use as a food, and the temperature and time for the decomposition reaction are also appropriately selected.
このように調製されたみりん粕分解物に対して、アルコールと塩などの調味料を所要量加え、必要があれば酸味料、香草、生薬、薬味、香辛料などを加え、全体を略均等に掻き混ぜ、容器に入れたままで数週間(2〜8)熟成させて目的とするモロミ食材を得ることができる。なお、アルコールと塩などの調味料はみりん粕分解と同時に加えることもできるが、酵素反応を効率的に行わせるためには分解後に加えることが望ましい。 Add the required amount of seasonings such as alcohol and salt to the mirin koji decomposition product prepared in this way, and if necessary, add acidulants, herbs, herbal medicines, condiments, spices, etc. The desired moromi food can be obtained by mixing and aging for several weeks (2 to 8) while still in the container. In addition, seasonings such as alcohol and salt can be added at the same time as the decomposition of mirin koji, but it is desirable to add them after the decomposition in order to efficiently perform the enzyme reaction.
得られたモロミ食材は、アミノ酸を多く含み旨味の濃い食材となっているのである。また、みりん粕分解物に加えられるアルコールは通常25%濃度のエタノールであり、その添加量は、みりん粕1重量部に対してアルコールが0.4〜3.0重量部で、塩が0.05〜0.55重量部の範囲で適宜選択される。そして、アルコールは、添加後の濃度が4〜15%(v/w)であれば良く、好ましくは7〜13%(v/w)の範囲が望ましい。塩は、添加後の濃度が2〜10%(W/W)であれば良く、好ましくは4〜7%(W/W)が望ましい。 The obtained moromi food is rich in amino acids and has a strong taste. The alcohol added to the decomposition product of mirin koji is usually 25% ethanol, and the amount added is 0.4 to 3.0 parts by weight of alcohol and 0.1% of salt with respect to 1 part by weight of mirin koji. It is suitably selected in the range of 05 to 0.55 parts by weight. And the alcohol should just be a 4-15% (v / w) density | concentration after addition, Preferably the range of 7-13% (v / w) is desirable. The salt may have a concentration of 2 to 10% (W / W) after addition, and preferably 4 to 7% (W / W).
このようにして得られたモロミ食材は、例えば、味噌と同じようにまたは市販の味噌と併用してみそ汁に入れて食するとか、あるいは野菜などの食材に一種の「ドレッシング」または「マヨネーズ」風に直接付けて食するとか、或いは煮物とか炒めものなどの調味料として使用できるばかりでなく、他の食材、例えば、食パンなどに「ジャム」風に塗りつけて食したり、漬け物用の床材(ベース材)として、また加工味噌の材料としても幅広く使用できるものである。 The moromi foodstuff obtained in this way is, for example, eaten in miso soup in the same way as miso or in combination with commercially available miso, or as a kind of “dressing” or “mayonnaise” food. It can be used as a seasoning such as boiled or stir-fried foods as well as other foods such as bread, etc. Material) and can be used widely as a processed miso material.
次に、幾つかのモロミ食材の製造例と本発明の実施例及び比較例とを挙げて説明する。
[製造例1]
みりん粕1kgに水1Lを加えて吸水膨潤させた後にチョッパー処理して細かくした。これを密閉ガラス容器(瓶状の容器)に入れて70℃で30分間加熱し、冷却後にタンパク質分解酵素剤を3g加え良く攪拌して密閉し、その状態で恒温槽内に入れ、40℃で4日間反応させて液状乃至泥状のみりん粕分解物を得た。得られたみりん粕分解物に25%アルコール2Lと食塩80gを添加して全体を均一に攪拌してモロミ食材とした。このモロミ食材は実際には、30℃の恒温槽内に静置して少なくとも2週間程度熟成させてから食材として使用するものである。Next, some examples of the production of moromi food, examples of the present invention and comparative examples will be described.
[Production Example 1]
After 1 L of water was added to 1 kg of mirin koji and swollen with water absorption, it was made fine by chopper treatment. This is put in a closed glass container (bottle-shaped container), heated at 70 ° C. for 30 minutes, and after cooling, 3 g of a proteolytic enzyme agent is added, stirred well, sealed, put in a constant temperature bath in that state, and heated at 40 ° C. The reaction was carried out for 4 days to obtain a liquid or mud only phosphoric acid decomposition product. To the obtained mirin koji decomposition product, 2 L of 25% alcohol and 80 g of sodium chloride were added, and the whole was uniformly stirred to obtain a moromi food material. This moromi food is actually used as a food after standing in a constant temperature bath at 30 ° C. and aging for at least 2 weeks.
[実施例1]
上記製造例1で得られたモロミ食材を使用して、豆腐のモロミ漬け製品、要するに、モロミが付いたままで食せる食品の加工を試みた。市販の豆腐1kgを略2cm角に切り、50℃にて3時間通風乾燥させて半乾燥豆腐にし、該半乾燥豆腐を前記モロミ食材と一緒に所要の容器に入れ、30℃の恒温槽内で4週間熟成してモロミ漬け豆腐を得た。[Example 1]
Using the moromi foodstuff obtained in Production Example 1 above, an attempt was made to process a tofu moromi pickled product, that is, a food that can be eaten with moromi attached. Cut 1kg of commercially available tofu into approximately 2cm square, air-dried at 50 ° C for 3 hours to make semi-dried tofu, put the semi-dried tofu together with the above moromi ingredients in a required container, and in a thermostatic bath at 30 ° C After aging for 4 weeks, moromi pickled tofu was obtained.
[比較例1]
市販の米麹1kgに水1Lを加え、吸水膨潤させた後にチョッパー処理して細かくした。これを密閉ガラス容器(瓶状の容器)に入れ、次いで25%アルコール2Lと食塩80gを添加して全体を均一に攪拌し、30℃の恒温槽内に静置して2週間熟成させてモロミ様床材とし、前記実施例と同様に、半乾燥させた豆腐をモロミ様床材に入れ、30℃の恒温槽内で4週間熟成してモロミ漬け様豆腐を得た。[Comparative Example 1]
1 L of water was added to 1 kg of commercially available rice bran, and the mixture was swollen by water absorption and then finely processed by chopper treatment. Put this in a sealed glass container (bottle-shaped container), then add 2 L of 25% alcohol and 80 g of sodium chloride, stir the whole uniformly, leave it in a constant temperature bath at 30 ° C. and age for 2 weeks. In the same manner as in the above example, semi-dried tofu was placed in a moromi-like flooring material and aged for 4 weeks in a thermostatic bath at 30 ° C. to obtain moromi-like tofu.
前記製造例1で得られたモロミ食材及び本発明の実施例1のモロミ漬け豆腐と、比較例1におけるモロミ様床材とモロミ漬け様豆腐とが、香りおよび味の点でどのように違うかについて、官能検査で確認を行った。この官能検査は、長野県上伊那郡在住の20代から50代の男女20名に協力して戴き、三点嗜好試験法により行った。 How the moromi food material obtained in Production Example 1 and the moromi pickled tofu of Example 1 of the present invention differ from the moromi-like flooring and moromi pickled tofu in Comparative Example 1 in terms of aroma and taste Was confirmed by a sensory test. This sensory test was conducted by the cooperation of 20 men and women in their 20s to 50s living in Kamiina-gun, Nagano Prefecture, and the three-point preference test was performed.
(三点嗜好試験法)
2種類の試料A、Bを識別する場合に、A,A,BまたはA,B,BのようにAを2個にBを1個、またはAを1個にBを2個、計3個の試料を1組として与え、この中からどれが異なる1個であるか、またはどの2個が同じであるかを当てさせるものであり、これを複数回(n回)の繰り返しで得られた正解数から、2種の試料間に差があるか、または検査員(パネラー)にその差を識別する能力があるかの判定をする。これで試料間に差が認められた場合に、つぎに選び出した1個のものと、残りの2個とを比較して好ましい方を選ばせる方法である。(Three point preference test method)
When discriminating two types of samples A and B, a total of 3 A, A, B or A, B, B, 2 A, 1 B, or 1 A, 2 B Each sample is given as a set, and it is made to guess which one is different or which two are the same, and this can be obtained by repeating multiple times (n times). From the number of correct answers, it is determined whether there is a difference between the two samples or whether the inspector (panelist) has the ability to identify the difference. When a difference is recognized between the samples, the one selected next is compared with the remaining two to select the preferred one.
(解析法)
識別能力があると判定されたn人の判定の内、正しく識別した度数を数え、芳賀敏郎氏が直接法で作成した表に元づき、A、B試料間に差があるか否かを検定する。その結果、試料間の差が認めうれたならば、正しく判定した人のデータから、Aを好むと判定した度数、Bを好むと判定した度数を数え、そのうちの大きい方の度数が芳賀敏郎氏が直接法で作成した表に等しいか、または大きいとき、その試料の方が好まれていると判定する。(Analysis method)
Of n judgments judged to have discriminating ability, count the number of correctly identified, and test whether there is a difference between A and B samples based on a table created by Toshiro Haga using the direct method To do. As a result, if the difference between the samples is recognized, the frequency determined to prefer A and the frequency determined to prefer B are counted from the data of the person who has correctly judged, and the larger frequency is Mr. Toshiro Haga Is equal to or greater than the table created by the direct method, it is determined that the sample is preferred.
(試料)
試料Aは製造例1のモロミ食材と本発明の実施例1に係るモロミ漬け豆腐、試料Bは比較例1のモロミ様床材とモロミ漬け様豆腐で、20名のパネラーに対して、同一の要領で官能試験を行った。(sample)
Sample A is the moromi foodstuff of Production Example 1 and the moromi pickled tofu according to Example 1 of the present invention, and Sample B is the moromi-like flooring and the moromi pickled tofu of Comparative Example 1, which are the same for 20 panelists. The sensory test was conducted as described above.
(結果)
この官能試験の結果、正しく識別できた度数は20であった(n=20)。芳賀敏郎氏が直接法で作成した表(統計的官能検査法、佐藤信著、日科技連出版社)により、本発明のモロミ食材と比較例1のモロミ様床材は0.1%の危険率で高度に識別できることが明らかとなった。(result)
As a result of this sensory test, the frequency that could be correctly identified was 20 (n = 20). According to the table created by Toshiro Haga using the direct method (statistical sensory test method, authored by Sato, Nikka Giren Publishing Co., Ltd.), the moromi food of the present invention and the moromi-like flooring of Comparative Example 1 are 0.1% dangerous. It became clear that it was highly discriminable by rate.
次に、正しく判定した20名のパネラーのデータから本発明のモロミ食材とモロミ漬け豆腐と、比較例1に係るモロミ様床材とモロミ漬け様豆腐のどちらが、香り、口当たり、味で優れているかについて判定して戴いた結果は、表1に示すとおりであった。なお、パネラーからのコメント(理由)も一緒に記載する。
この表1から明らかなように、香り、口当たり、味については、0.1%危険率で高度にモロミ食材と本発明に係るモロミ漬け豆腐が好まれていることが明らかとなった。
以上の結果によって、モロミ食材と本発明に係るモロミ漬け豆腐は、香り、口当たり、味の点で、米麹を使用したモロミ様床材とモロミ漬け様豆腐に比べ、食材として優れていることが明らかとなった。As can be seen from Table 1, with respect to aroma, mouthfeel, and taste, it was found that the moromi foodstuff and the moromi- pickled tofu according to the present invention are highly preferred at a risk rate of 0.1%.
Based on the above results, the moromi foodstuff and the moromi pickled tofu according to the present invention are superior as a foodstuff in terms of aroma, mouthfeel and taste compared to the moromi-like flooring using rice bran and moromi pickled tofu. It became clear.
[製造例2]
みりん粕1kgに水1Lを加えて吸水膨潤させた後にチョッパー処理して細かくした。これを密閉ガラス容器(瓶状の容器)に入れて70℃で30分間加熱し、冷却後にタンパク質分解酵素剤を2gと、糖化酵素1gと、2種類のセルラーゼ各1gと加え良く攪拌して密閉し、その状態で恒温槽内に入れ、40℃で4日間反応させて液状乃至泥状のみりん粕分解物を得た。得られたみりん粕分解物に25%アルコール2Lと食塩80gを添加して全体を均一に攪拌してモロミ食材とした。このモロミ食材も前記実施例1と同様に、実際には、30℃の恒温槽内に静置して少なくとも2週間程度熟成させてから食材として使用するものである。[Production Example 2]
After 1 L of water was added to 1 kg of mirin koji and swollen with water absorption, it was made fine by chopper treatment. Put this in a sealed glass container (bottle-shaped container) and heat at 70 ° C. for 30 minutes. In this state, it was placed in a thermostatic bath and reacted at 40 ° C. for 4 days to obtain a liquid or mud-like phosphoric acid decomposition product. To the obtained mirin koji decomposition product, 2 L of 25% alcohol and 80 g of sodium chloride were added, and the whole was uniformly stirred to obtain a moromi food material. In the same manner as in Example 1, the moromi food is actually used as a food after standing in a thermostat at 30 ° C. and aging for at least about 2 weeks.
[実施例2]
上記製造例2で得られたモロミ食材を使用して、前記実施例1と同様に、豆腐のモロミ漬け製品の加工を試みた。前記実施例1と同様に市販の豆腐1kgを略2cm角に切り、50℃にて3時間通風乾燥させて半乾燥豆腐にし、該半乾燥豆腐を前記モロミ食材と一緒に所要の容器に入れ、30℃の恒温槽内で4週間熟成してモロミ漬け豆腐を得た。[Example 2]
Using the moromi food obtained in Production Example 2 above, processing of tofu moromi pickled products was attempted in the same manner as in Example 1. As in Example 1, 1 kg of commercially available tofu was cut into approximately 2 cm squares, dried by ventilation at 50 ° C. for 3 hours to make semi-dried tofu, and the semi-dried tofu was placed in the required container together with the moromi ingredients, It was aged for 4 weeks in a thermostatic bath at 30 ° C. to obtain moromi pickled tofu.
この製造例2のモロミ食材と本発明の実施例2に係るモロミ漬け豆腐と、前記比較例1に係るモロミ様床材とモロミ漬け様豆腐についても、前記同様に官能試験を行い、20人すべてが正解で、どちらが香り、口当たり、味で優れているかについて判定して戴いた結果を、表2に示す。なお、パネラーからのコメント(理由)も一緒に記載する。
この表2から明らかなように、前記実施例1と同様にやはり、香り、口当たり、味については、0.1%危険率で高度にモロミ食材と本発明に係るモロミ漬け豆腐が好まれていることが明らかとなったのであり、本発明のモロミ漬け豆腐に使用されるモロミ食材は、米麹を使用したモロミ様床材に比べ、漬物床として優れていることが明らかとなった。 As is clear from Table 2, as in Example 1, the scent, mouthfeel, and taste are highly favored with the moromi ingredients and the moromi pickled tofu according to the present invention at a risk rate of 0.1%. As a result, the moromi food used in the moromi- pickled tofu of the present invention was found to be superior as a pickled floor compared to the moromi-like floor using rice bran.
[製造例3]
みりん粕1kgに水1Lを加えて吸水膨潤させた後にチョッパー処理して細かくした。これを密閉ガラス容器(瓶状の容器)に入れて70℃で30分間加熱し、冷却後にタンパク質分解酵素剤を3gを加え良く攪拌して密閉し、その状態で恒温槽内に入れ、40℃で4日間反応させて液状乃至泥状のみりん粕分解物を得た。得られたみりん粕分解物に25%アルコール2Lと食塩80gを添加して全体を均一に攪拌してモロミ食材とした。このモロミ食材も前記製造例1と同様に、実際には、30℃の恒温槽内に静置して少なくとも2週間程度熟成させてから食材として使用するものである。[Production Example 3]
After 1 L of water was added to 1 kg of mirin koji and swollen with water absorption, it was made fine by chopper treatment. This is put into a closed glass container (bottle-shaped container), heated at 70 ° C. for 30 minutes, and after cooling, 3 g of the proteolytic enzyme agent is added, stirred well, sealed, put in a constant temperature bath in that state, and 40 ° C. The reaction product was reacted for 4 days to obtain a liquid or mud only phosphoric acid decomposition product. To the obtained mirin koji decomposition product, 2 L of 25% alcohol and 80 g of sodium chloride were added, and the whole was uniformly stirred to obtain a moromi food material. In the same manner as in Production Example 1, this moromi food is actually used as a food after standing in a thermostatic bath at 30 ° C. and aging for at least about 2 weeks.
[実施例3]
上記製造例3で得られたモロミ食材を使用して、前記実施例1と同様に、豆腐のモロミ漬け製品の加工を試みた。前記実施例1と同様に市販の豆腐1kgを略2cm角に切り、50℃にて3時間通風乾燥させて半乾燥豆腐にし、該半乾燥豆腐を前記モロミ食材と一緒に所要の容器に入れ、30℃の恒温槽内で2週間熟成してモロミ漬け豆腐を得た。[Example 3]
Using the moromi foodstuff obtained in Production Example 3, the processing of the tofu moromi pickled product was attempted in the same manner as in Example 1. As in Example 1, 1 kg of commercially available tofu was cut into approximately 2 cm squares, dried by ventilation at 50 ° C. for 3 hours to make semi-dried tofu, and the semi-dried tofu was placed in the required container together with the moromi ingredients, It was aged for 2 weeks in a thermostatic bath at 30 ° C. to obtain moromi pickled tofu.
この製造例3のモロミ食材と実施例3に係るモロミ漬け豆腐と、前記比較例1に係るモロミ様床材とモロミ漬け様豆腐についても、前記同様に官能検査を行い、20人すべてが正解で、どちらが香り、口当たり、味で優れているかについて判定して戴いた結果を、表3に示す。なお、パネラーからのコメント(理由)も一緒に記載する。
この表3から明らかなように、モロミ食材は前記製造例1に比べて熟成期間が少し短いが、それでもやはり、香り、口当たり、味については、0.1%危険率で高度に製造例3のモロミ食材と実施例3に係るモロミ漬け豆腐が好まれていることが明らかとなったのであり、モロミ食材及び本発明に係るモロミ漬け豆腐は、米麹を使用したモロミ様床材とモロミ漬け様豆腐に比べ、食材として優れていることが明らかとなった。 As apparent from Table 3, the moromi food has a slightly shorter ripening period than that of Production Example 1, but still, the fragrance, mouthfeel, and taste are highly advanced in Production Example 3 with a 0.1% risk factor. It became clear that the moromi foodstuff and the moromi pickled tofu according to Example 3 are preferred, and the moromi foodstuff and the moromi pickled tofu according to the present invention are moromi-like flooring using rice bran and moromi pickled tofu. It became clear that it is superior as a food ingredient compared with tofu.
[実施例4]
上記製造例3で得られたモロミ食材を使用して、豆腐を含むドレッシング様食品、要するに、モロミ食材をペースト状にして野菜などの食材に直接付けて食せる食品の加工を試みた。市販の絹ごし豆腐1kgを前記製造例3で得られたモロミ食材と合わせ、ホモジナイズしてペースト状にしたものを所要の容器に入れ、30℃の恒温槽内で2週間熟成してモロミ漬け豆腐主体のドレッシング様食品を得た。[Example 4]
Using the moromi foodstuff obtained in Production Example 3 above, an attempt was made to process a dressing-like food containing tofu, in other words, a food that can be eaten by putting the moromi food in a paste and directly attached to foodstuffs such as vegetables. Combine 1 kg of commercially available silken tofu with the moromi ingredients obtained in Production Example 3 above, put the homogenized paste into a required container, age in a constant temperature bath at 30 ° C. for 2 weeks, Got a dressing-like food.
このモロミ漬け豆腐主体のドレッシング様食品に一口大にちぎったレタスと薄切りにしたキュウリとを和えてサラダを作製し、前記と同様に20人のパネラーに食してもらい、意見を求めた。その結果をコメントと一緒に表4に示す。
この表4から明らかなように、モロミ食材を利用したモロミ漬け豆腐主体のドレッシング様食品は生野菜との相性が極めて良く、好まれた。 As is apparent from Table 4, dressing-like foods mainly composed of moromi-cured tofu using moromi foods were very good with raw vegetables and preferred.
また、各製造例1〜3と実施例1〜3に係るモロミ食材とモロミ漬け豆腐と、比較例1に係るモロミ様床材とモロミ漬け様豆腐について、旨味成分であるアミノ酸類の量をニンヒドリン法によって調べた結果を図1に、アミノ酸組成をHPLC(高速度液体クロマトグラフ)によって調べた結果を表5に示した。
これらの図1及び表5から明らかなように、いずれの製造例におけるモロミ食材は、比較例1に係るモロミ様床材に比べて、旨味成分であるアミノ酸類が1.6〜1.8倍と多く、また、いずれの実施例におけるモロミ漬け豆腐においても、比較例1に係るモロミ漬け様豆腐に比べて1.5〜1.7倍も多く含まれていることが確認された。 As is clear from these FIG. 1 and Table 5, the moromi foodstuff in any production example is 1.6 to 1.8 times as much amino acids as umami components as compared to the moromi-like flooring material according to Comparative Example 1. In addition, it was confirmed that the moromi pickled tofu in any of the examples contained 1.5 to 1.7 times more than the moromi pickled tofu according to Comparative Example 1.
特に、表5から明らかなように、いずれの製造例におけるモロミ食材は、比較例1に係るモロミ様床材に比べて、アスパラギンがおよそ7〜9倍、グルタミンがおよそ3〜4倍、バリン、メチオニン、アルギン、フェニルアラニンなどがおよそ2倍も多く含まれており、濃い旨味・コクの味を裏付けるものである。 In particular, as apparent from Table 5, the moromi foodstuff in any of the production examples is about 7 to 9 times asparagine, about 3 to 4 times glutamine, valine, compared to the moromi-like floor material according to Comparative Example 1. It contains about twice as much methionine, algin, phenylalanine, and so on, which supports the rich umami and rich taste.
いずれにしても、本発明においては、まず、みりん粕を利用して旨味成分であるアミノ酸類を多く含んだモロミ食材を製造し、該モロミ食材を漬物用床材として使用し、豆腐を所要大きさに形成して半乾燥豆腐にし、該半乾燥豆腐を前記モロミ食材と一緒に所要の容器に入れて所定の温度で所要期間熟成してモロミ漬け豆腐を得るのみならず、絹ごし豆腐を崩してモロミ食材と一緒に混ぜ合わせてペースト状にし、所要期間熟成させてモロミ漬け豆腐主体のドレッシング風調味料にして生野菜と和えて食することができるのであり、食材として有効に広く利用できるのである。 In any case, in the present invention, first of all, a moromi food containing a lot of amino acids as umami ingredients is produced using mirin mochi, the moromi food is used as a flooring for pickles, and the tofu is as large as required. It is formed into semi-dried tofu, and the semi-dried tofu is put together with the above-mentioned moromi food in a required container and aged at a predetermined temperature for a necessary period of time to obtain moromi-cured tofu. It can be mixed with moromi ingredients to form a paste, aged for the required period, moromi pickled tofu-based dressing-like seasoning and mixed with raw vegetables, and can be used effectively and widely as an ingredient. .
Claims (4)
コールと塩とを添加して熟成させたモロミ食材に、略2cm角に切った半乾燥の豆腐を漬
け込み、恒温で2乃至4週間熟成すること
を特徴とするモロミ漬け豆腐の製造方法。 A semi-dried tofu cut into approximately 2 cm squares is soaked in a moromi food that has been ripened by adding the required amount of alcohol and salt to the decomposed koji that has been decomposed with at least a proteolytic enzyme agent. A method for producing moromi pickled tofu characterized by aging for 4 weeks.
を特徴とする請求項1に記載のモロミ漬け豆腐の製造方法。 The method for producing moromi-cured tofu according to claim 1, wherein the semi-drying of the tofu is performed by air drying at 50 ° C for 3 hours.
モロミ漬け豆腐。 Moromi pickled tofu obtained by the production method according to claim 1.
コールと塩とを添加して熟成させたモロミ食材と、豆腐とを合わせてペースト状にしたモ
ロミ漬け豆腐主体のドレッシング様食品。 A dressing style mainly composed of moromi-cured tofu, which is made by combining moromi mash, which is made by degrading mirin mash with at least a proteolytic enzyme, and aging by adding the required amount of alcohol and salt, and tofu. Food.
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