JPS6356789B2 - - Google Patents

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Publication number
JPS6356789B2
JPS6356789B2 JP58248373A JP24837383A JPS6356789B2 JP S6356789 B2 JPS6356789 B2 JP S6356789B2 JP 58248373 A JP58248373 A JP 58248373A JP 24837383 A JP24837383 A JP 24837383A JP S6356789 B2 JPS6356789 B2 JP S6356789B2
Authority
JP
Japan
Prior art keywords
protein
noodles
noodle
raw material
emulsion
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired
Application number
JP58248373A
Other languages
Japanese (ja)
Other versions
JPS60137256A (en
Inventor
Yoshiaki Ueki
Myoko Koreeda
Shizuo Obata
Hitoshi Taniguchi
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Fuji Oil Co Ltd
Original Assignee
Fuji Oil Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Fuji Oil Co Ltd filed Critical Fuji Oil Co Ltd
Priority to JP58248373A priority Critical patent/JPS60137256A/en
Publication of JPS60137256A publication Critical patent/JPS60137256A/en
Publication of JPS6356789B2 publication Critical patent/JPS6356789B2/ja
Granted legal-status Critical Current

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Description

【発明の詳細な説明】[Detailed description of the invention]

本発明は、栄養価(プロテインスコア)が高
く、色調、食感、風味に優れた高蛋白即席麺の製
造法に関する。 (従来技術) 従来、蛋白質を添加した麺類の製造法が多く知
られている。これら蛋白質の種類としては、鶏卵
卵白の蛋白分解酵素消化物、卵の酵素部分分解
分、熱凝固性ラクトアルブミン、緑豆、無脱脂大
豆微粉末(特開昭54−70446,54−80443,54−
84048)、粉乳や練乳、豆乳(特開昭55−165773)、
ゼラチン、NSI30以下の水不溶性大豆蛋白(特開
昭56−45168)、牛乳や牛乳製品、不溶化カゼイン
分解物、可溶性乳清蛋白や可溶性卵白蛋白、豆腐
類(特開昭57−166954)、醗酵植物蛋白(特開昭
57−202286)、等々が知られている。 (目的) 本発明者等は、麺の主原料である小麦の蛋白質
の第一制限アミノ酸がリジンであり、そのプロテ
インスコアーが50%以下と低いこと、一方分離大
豆蛋白質はリジンを6.4%と大量に含み小麦蛋白
との組合せによりそのプロテインスコアーを高く
できることに着目し、麺の原料に分離大豆蛋白を
用いることによりそのプロテインスコアーを高く
することを目的とした。 因に、小麦粉と分離大豆蛋白の配合割合の変化
によるプロテインスコアーを、RDA
(Recommended Daily Allowwance),Food of
Nutrition Board NRC NAS1974に基づいて計
算すると次の表―1のようになる。
The present invention relates to a method for producing high-protein instant noodles that have high nutritional value (protein score) and excellent color tone, texture, and flavor. (Prior Art) Conventionally, many methods for producing noodles to which protein is added are known. These types of proteins include proteolytic enzyme digested products of chicken egg whites, partially enzymatically digested eggs, thermocoagulable lactalbumin, mung beans, and non-defatted fine soybean powder (JP-A-54-70446, 54-80443, 54-
84048), powdered milk, condensed milk, soy milk (Japanese Patent Application Laid-open No. 165773),
Gelatin, water-insoluble soybean protein with an NSI of 30 or less (Japanese Patent Application Laid-open No. 56-45168), milk and milk products, insolubilized casein decomposition products, soluble whey protein and soluble egg white protein, tofu (Japanese Patent Application Laid-Open No. 166954, 1982), fermented plants Protein (Tokukaisho
57-202286), etc. are known. (Purpose) The present inventors discovered that the first limiting amino acid in wheat protein, which is the main ingredient of noodles, is lysine, and its protein score is as low as 50% or less.On the other hand, isolated soy protein contains a large amount of lysine at 6.4%. We focused on the fact that the protein score of soybean protein can be increased by combining it with wheat protein, and aimed to increase the protein score of the soybean protein by using isolated soybean protein as the raw material for noodles. Incidentally, the protein score due to changes in the blending ratio of wheat flour and isolated soy protein was calculated using RDA.
(Recommended Daily Allowance),Food of
Calculation based on Nutrition Board NRC NAS1974 is as shown in Table 1 below.

【表】 本発明者等は少なくともプロテインスコアーが
通常の麺より高い麺を製造することを目的とし
た。 このため、まず本発明者等は、大豆蛋白の内、
蛋白含量の高い分離大豆蛋白を単に添加してみ
た。 しかし、その添加量を増加すると色調が悪く
なる、具体的には麺が赤みを帯びてくる。食感
が悪くなる、具体的にはゴリゴリした硬くて脆い
歯応えになる、風味が悪くなる、具体的には大
豆臭やエグ味が発生するという問題に直面した。
又、分離大豆蛋白もその小麦粉に対する添加量が
7重量%を越えると麺生地がもろくなり麺帯の性
状が悪化し、さらに20重量%を越えるとボロボロ
の状態の生地になり製麺機にかかりにくくなると
いう問題にも直面した。 そこでかかる問題を解決すべく鋭意研究の結
果、分離大豆蛋白の酵素分解したものがある程度
の効果を発揮することを見いだした。しかし、十
分上記問題を解決するには致らなかつた。 そこで更に鋭意研究を重ねた結果、かかる酵素
分解した分離大豆蛋白をO/W型エマルジヨンと
なしこれを乾燥粉末化したものを原料として麺の
製造に用いることにより、色調、食感、風味の優
れたプロテインスコアーの高い麺が得られる知見
を得た。亦、グルテンを添加して麺原料中の小麦
蛋白の含量を調節することにより、小麦以外の麺
原料の添加により相対的に小麦蛋白の割合が減少
することに因る麺生地の脆さ発生の防止できる知
見を得て本発明を完成するに到つた。 (構成) 本発明は、(1)麺を製造するに際し、原料の一つ
に、蛋白分解酵素処理した大豆蛋白、油脂及び水
性溶媒を用いて均質化したO/Wエマルジヨンの
乾燥粉末を用いることを特徴とする高蛋白即席麺
の製造法である。 一般に、即席麺は、原料を混〓→(ねかし)→
複合→圧延(麺厚1.2mm程度)→切出(#18角切
歯等)→蒸熱→フライ(135〜140℃で1〜2分)
若しくは乾燥→冷却→包装等の工程を経て製造さ
れる。 一般に、麺の原料は、小麦粉、塩かん水(食
塩、かん石、増粘剤、重合リン酸塩、天然色素
等)を主原料とするが、本発明においては、さら
に蛋白分解酵素処理した大豆蛋白、油脂及び水性
溶媒を用いて均質化したO/Wエマルジヨンの乾
燥粉末を用いることが特徴である。 蛋白分解酵素処理した大豆蛋白は、脱脂大豆を
用いて水抽出した豆乳から酸沈澱、膜分離等の手
段を用いてホエー成分を除去して調製した大豆蛋
白を水系下に蛋白分解酵素、好ましくはエンドプ
ロテアーゼ、特に、好ましくはアルカリプロテア
ーゼを用い通常分解率(最終濃度が0.2Mトリク
ロル酢酸可溶性窒素の全窒素に対する百分率)6
〜45%とし、公知の乾燥手段を用い乾燥して得る
ことができる。好ましくは分解率8〜25、特に好
ましくは10〜20が適当である。用いるプロテアー
ゼの種類や、麺の原料中の蛋白分解酵素処理した
大豆蛋白の割合にもよるが分解率が45%を越える
と麺に苦みがでることがあり好ましくない。分解
率が6%未満では目的とする効果が少ない。 油脂は公知の動植物油及びこれらの分別・硬化
油等を1種または2種以上適宜組み合わせて用い
ることが出来る。 水性溶媒は通常の水又は水溶性食品添加物を含
んだ水溶液を用いることができる。 該O/Wエマルジヨンは、蛋白分解酵素処理し
た大豆蛋白100重量部(以下部とする)に対し、
油脂5〜25部(好ましくは10〜20部)、及び通常
水性溶媒700〜900部程度を公知の均質化手段(ホ
モゲナイザー等)をもちい均質化し、公知の乾燥
手段(スプレードライ等)を用いて乾燥・粉末化
して得ることができる。油脂の割合が30部以上で
は得られる該O/Wエマルジヨンの乾燥粉末が均
一の大きさになりにくかつたり、油分が分離する
等の不都合が生じ好ましくない。尤も乳化剤を併
用すればかかる問題はある程度解決することもで
きる。又油脂の割合が5部未満では、色調・風
味・食感に対する効果が弱い。水性溶媒の割合は
乾燥工程の燃料費用の観点から少ない程好まし
い。 本発明において、該O/Wエマルジヨンは、麺
原料中小麦粉に対する蛋白分解酵素処理した大豆
蛋白の割合が30重量%(以下%とする)未満、好
ましくは6〜26%用いることができる。前述した
ように6%未満でも該麺のプロテインスコアを72
未満まで高くすることができるが、その効果は未
だ少なく、反面26%を越え30%以上になると、製
麺性が悪くなる、即ち複合・圧延工程において麺
が切れやすくなつたり、麺の色調が赤みを帯びて
くる等好ましくない。 本発明において、該O/Wエマルジヨン等の小
麦以外の原料の添加により、相対的に麺原料中の
小麦蛋白の含有割合が低くなることから、さらに
グルテンを補足することができる。 グルテンを補足する理由は、麺原料中の小麦蛋
白の割合が下がると麺がもろくなつたり、製麺中
に麺帯が切れやすくなつたりする弊害を防止する
ことにある。例えば、具体的に該0/Wエマルジ
ヨンを麺原料に加えた場合、麺原料中の小麦粉に
対して大豆蛋白の割合が7%を越えると、換言す
るれ麺原料中の小麦蛋白の含有量が8%を切る
と、麺が段々もろくなる傾向にある。そこで麺の
物性を保つ為、換言すれば製麺中に麺帯が切れた
りしないようにグルテンを補足することができ
る。その割合は、麺の種類により麺原料中の小麦
蛋白の割合が異なるので、その麺の麺原料中の小
麦蛋白の含有割合をおよそ維持するように加える
ことができる。例えば、即席麺の場合、麺原料中
の小麦蛋白の割合がおよそ8〜8.5%になるよう
に加えるか、或いは添加O/Wエマルジヨン中の
大豆蛋白に対して30%以下好ましくは25%以下添
加すれば良い。 所望により澱粉を加えたり、可溶性カゼイン
(カゼインのNa塩やK塩)を加えることもでき
る。 澱粉等は公知の澱粉及びその加工物或いは公知
の澱粉含有物を用いることができる。その主な効
果は食感の改善、具体的には滑らかな食感に対す
ることができる。即ち、麺原料に大豆蛋白を加え
ることによる麺の食感のザラツキは、大豆蛋白を
酵素分解し更にこれをO/Wエマルジヨンの形に
することにより解決できる。しかし更に滑らかな
食感とするためには澱粉、特に好ましくは馬鈴薯
澱粉を添加することが適当である。 カゼインは不溶性ではなく可溶性の例えばNa
カゼイネート或いはKカゼイネート等を用いるこ
とができ、その効果は麺原料中の大豆蛋白の含有
量が増大し麺の食感が硬くなる場合にこれを柔ら
かくする作用がある。しかし、その添加量を2%
を越えると麺が赤くなる欠点を有する為精々2%
以下、好ましくは1%程度が適当である。 (実施例) 以下実施例により本発明の実施態様を説明す
る。 実施例 1 (蛋白分解酵素処理した大豆蛋白の調製) 脱脂大豆を水抽出し、オカラ及びホエー成分を
除去して調製した分離大豆蛋白10w/w%(以下
%)溶液を市販アルカリプロテアーゼ(1万
unit/g)を用いE/S比0.3にて30℃でPHを8
に調節しながら加水分解率が20%になるまで反応
させ、加熱殺菌して蛋白分解酵素処理した大豆蛋
白溶液を得た。尚、加水分解率は、最終濃度が
0.2Mトリクロル酢酸可溶性窒素の全窒素に対す
る百分率で表した。 (O/Wエマルジヨンの乾燥粉末の調製) 上記溶液にパーム精製油を10%加え、ホモミキ
サーにて乳化後、加熱殺菌・噴霧乾燥してO/W
エマルジヨンの乾燥粉末を得た。 (麺の調製) 下記原料を混合・混捏した後約10分間ねかし、
複合して麺厚5mmにし、さらに圧延して最終1.2
mm厚の麺にして#18角切歯を用いて切り出し、2
Kg/cm2で1分蒸熱・冷却後、パーム油を用い135
〜140℃で1.5〜2分フライして高蛋白即席麺を製
造した。
[Table] The present inventors aimed to produce noodles with at least a higher protein score than normal noodles. For this reason, the present inventors first determined that among soybean proteins,
I simply added isolated soy protein, which has a high protein content. However, if the amount added is increased, the color tone becomes worse, specifically, the noodles become reddish. We faced problems such as the texture becoming worse, specifically the texture being rough, hard and brittle, and the flavor becoming worse, specifically the soy smell and harsh taste.
Furthermore, if the amount of isolated soy protein added to the wheat flour exceeds 7% by weight, the noodle dough will become brittle and the properties of the noodle strips will deteriorate, and if it exceeds 20% by weight, the dough will fall apart and be difficult to handle in the noodle making machine. I also faced the problem of becoming more difficult. As a result of intensive research to solve this problem, it was discovered that enzymatically decomposed isolated soybean protein is effective to some extent. However, the above problem could not be solved satisfactorily. As a result of further intensive research, we found that the enzymatically decomposed isolated soybean protein was made into an O/W type emulsion, which was dried and powdered and used as a raw material for the production of noodles, resulting in excellent color tone, texture, and flavor. We obtained the knowledge that noodles with a high protein score can be obtained. In addition, by adding gluten to adjust the wheat protein content in the noodle ingredients, it is possible to reduce the brittleness of the noodle dough caused by the relative decrease in the proportion of wheat protein due to the addition of noodle ingredients other than wheat. The present invention was completed based on the knowledge that this can be prevented. (Structure) The present invention is characterized in that (1) when manufacturing noodles, one of the raw materials is a dry powder of an O/W emulsion homogenized using proteolytic enzyme-treated soybean protein, oil and fat, and an aqueous solvent; This is a method for producing high-protein instant noodles characterized by: In general, instant noodles are made by mixing raw materials → (nekashi) →
Composite → Rolling (noodle thickness approx. 1.2mm) → Cutting (#18 square incisors, etc.) → Steaming → Frying (1-2 minutes at 135-140℃)
Alternatively, it is manufactured through processes such as drying → cooling → packaging. Generally, the main raw materials for noodles are wheat flour, salt-and-brine water (salt, agate stone, thickener, polymerized phosphate, natural pigment, etc.), but in the present invention, soybean protein that has been further treated with proteolytic enzymes is used as the main raw material for noodles. It is characterized by using a dry powder of an O/W emulsion homogenized using an oil or fat and an aqueous solvent. Proteolytic enzyme-treated soybean protein is prepared by removing whey components from soymilk extracted with water using defatted soybeans using means such as acid precipitation and membrane separation, and then adding a proteolytic enzyme, preferably a soybean protein, to an aqueous system. Typical degradation rates (final concentration 0.2M trichloroacetic acid soluble nitrogen as a percentage of total nitrogen) using an endoprotease, particularly preferably an alkaline protease.
~45%, and can be obtained by drying using a known drying means. A suitable decomposition rate is preferably 8-25, particularly preferably 10-20. Although it depends on the type of protease used and the proportion of soybean protein treated with proteolytic enzymes in the noodle raw material, if the decomposition rate exceeds 45%, the noodles may taste bitter, which is undesirable. If the decomposition rate is less than 6%, the desired effect will be small. As the fats and oils, known animal and vegetable oils, fractionated and hardened oils thereof, and the like can be used alone or in an appropriate combination of two or more. As the aqueous solvent, ordinary water or an aqueous solution containing water-soluble food additives can be used. The O/W emulsion contains 100 parts by weight (hereinafter referred to as parts) of soybean protein treated with a proteolytic enzyme.
5 to 25 parts of oil and fat (preferably 10 to 20 parts) and usually about 700 to 900 parts of an aqueous solvent are homogenized using a known homogenizing means (homogenizer, etc.), and then homogenized using a known drying means (spray drying, etc.). It can be obtained by drying and powdering. If the proportion of oil or fat is more than 30 parts, it is not preferable because the dried powder of the obtained O/W emulsion may be difficult to obtain a uniform size or the oil may separate. However, if an emulsifier is used in combination, this problem can be solved to some extent. Furthermore, if the proportion of fats and oils is less than 5 parts, the effect on color tone, flavor, and texture will be weak. The proportion of the aqueous solvent is preferably as small as possible from the viewpoint of fuel cost for the drying process. In the present invention, the O/W emulsion can be used in which the ratio of proteolytic enzyme-treated soybean protein to wheat flour in the noodle raw material is less than 30% by weight (hereinafter referred to as %), preferably 6 to 26%. As mentioned above, even if it is less than 6%, the protein score of the noodles is 72.
It is possible to increase the level to less than 26%, but the effect is still small; on the other hand, if it exceeds 26% and exceeds 30%, the noodle-making properties will deteriorate, i.e., the noodles will break easily during the composite/rolling process, and the color tone of the noodles will change. It is undesirable that it becomes reddish. In the present invention, by adding a raw material other than wheat such as the O/W emulsion, the content of wheat protein in the noodle raw material is relatively lowered, so that gluten can be further supplemented. The reason for supplementing gluten is to prevent negative effects such as a decrease in the proportion of wheat protein in the noodle raw material, which would cause the noodles to become brittle and the noodle sheets to be easily broken during noodle making. For example, when the 0/W emulsion is specifically added to noodle raw materials, if the ratio of soybean protein to wheat flour in the noodle raw materials exceeds 7%, in other words, the wheat protein content in the noodle raw materials increases. If it falls below 8%, the noodles tend to become increasingly brittle. Therefore, in order to maintain the physical properties of the noodles, in other words, gluten can be supplemented so that the noodle strips do not break during noodle making. Since the proportion of wheat protein in the noodle raw material varies depending on the type of noodles, it can be added so as to approximately maintain the content proportion of wheat protein in the noodle raw material of the noodle. For example, in the case of instant noodles, the ratio of wheat protein in the noodle raw material is approximately 8 to 8.5%, or the soy protein in the added O/W emulsion is added at 30% or less, preferably 25% or less. Just do it. If desired, starch or soluble casein (Na salt or K salt of casein) can be added. As the starch, known starches, processed products thereof, or known starch-containing materials can be used. Its main effect is to improve the texture, specifically to make the texture smoother. That is, the rough texture of noodles caused by adding soybean protein to the noodle raw material can be solved by enzymatically decomposing the soybean protein and then forming it into an O/W emulsion. However, in order to obtain an even smoother texture, it is appropriate to add starch, particularly preferably potato starch. Casein is not insoluble but soluble, such as Na
Caseinate, K caseinate, etc. can be used, and its effect is to soften the texture of noodles when the content of soybean protein in the noodle raw material increases and becomes hard. However, the amount added is 2%
If it exceeds 2%, the noodles have the disadvantage of turning red.
Hereinafter, preferably about 1% is appropriate. (Example) Embodiments of the present invention will be described below with reference to Examples. Example 1 (Preparation of soy protein treated with protease) A 10 w/w % (hereinafter %) solution of isolated soy protein prepared by extracting defatted soybeans with water and removing okara and whey components was treated with commercially available alkaline protease (10,000 %).
unit/g) at 30°C with an E/S ratio of 0.3.
The soybean protein solution was reacted until the hydrolysis rate reached 20% while adjusting the temperature, and then heat sterilized to obtain a soybean protein solution treated with a proteolytic enzyme. In addition, the hydrolysis rate depends on the final concentration.
Expressed as a percentage of 0.2M trichloroacetic acid soluble nitrogen to total nitrogen. (Preparation of dry powder of O/W emulsion) Add 10% refined palm oil to the above solution, emulsify with a homomixer, heat sterilize, spray dry and O/W.
A dry powder of emulsion was obtained. (Preparation of noodles) After mixing and kneading the following ingredients, soak for about 10 minutes,
Compound the noodles to make them 5mm thick, and then roll them to a final size of 1.2mm.
Cut into mm-thick noodles using #18 square incisors, and cut into 2
After steaming and cooling at Kg/ cm2 for 1 minute, use palm oil to 135
High-protein instant noodles were prepared by frying at ~140°C for 1.5-2 minutes.

【表】 これは、水分4.5、粗蛋白25.0、粗脂肪13.8、灰
分2.2、炭水化物54.5の各%を示し、該蛋白中リ
ジン含量が1.2%、スレオニン含量が0.83%でそ
のプロテインスコアーはRDA(Recommended
Daily Allowance)、Food of Nutrition Board
NRC NAS1974に基づく人間のアミノ酸パター
ンHis1.7,Ile4.2,Leu7.0,Lys5.1、含硫アミノ
酸2.6、芳香族アミノ酸7.3,Thr3.5,Trp1.1,
Val4.8から計算すると0.38×(100/25)÷3.5×100
=94.9(%)、即ち約95を示し、栄養価の高い即席
麺とすることができた。 比較例 1 小麦粉100部、塩かん水32部(内天然色素のみ
0.01部追加)を用い実施例1と同様にして即席麺
を製造した。 これは、水分5.5、粗蛋白8.2、粗脂肪14.4、灰
分2.3、炭水化物69.6の各%を示し、リジン含量
が0.24%でそのプロテインスコアーは45を示し栄
養価の低い即席麺であつた。 実施例 2 実施例1のO/Wエマルジヨンの調製に際し、
パーム油の配合を次表に示すように変化させ、実
施例1と同様にして得られた麺の色調、食感を調
べた。
[Table] This shows 4.5% moisture, 25.0% crude protein, 13.8% crude fat, 2.2% ash, and 54.5% carbohydrates.The lysine content in the protein is 1.2%, the threonine content is 0.83%, and the protein score is RDA (Recommended).
Daily Allowance), Food of Nutrition Board
Human amino acid pattern based on NRC NAS1974 His1.7, Ile4.2, Leu7.0, Lys5.1, sulfur-containing amino acids 2.6, aromatic amino acids 7.3, Thr3.5, Trp1.1,
Calculated from Val4.8: 0.38 x (100/25) ÷ 3.5 x 100
= 94.9 (%), that is, about 95, and the instant noodles were able to be made with high nutritional value. Comparative example 1 100 parts of wheat flour, 32 parts of salt and brine (including natural pigments only)
Instant noodles were produced in the same manner as in Example 1 using (0.01 part added). This instant noodle had a moisture content of 5.5%, crude protein of 8.2%, crude fat of 14.4%, ash content of 2.3%, and carbohydrate of 69.6%, a lysine content of 0.24%, and a protein score of 45, indicating low nutritional value. Example 2 In preparing the O/W emulsion of Example 1,
The color tone and texture of the noodles obtained in the same manner as in Example 1 were examined by changing the formulation of palm oil as shown in the following table.

【表】 尚、麺原料中の大豆蛋白含量を調整する為、麺
原料中の該エマルジヨン乾燥粉末の配合割合は次
のようにした。即ち、パーム油の割合0,10,
20,30,40のそれぞれのエマルジヨンを、それぞ
れ20,22,24,26,28重量部用いて麺を製造し
た。又グルテン4重量部は概略30重量部の小麦粉
に相当する(小麦粉の蛋白含量とグルテンの蛋白
含量よりみちびいた)として、小麦粉換算し、従
つて小麦粉は約100重量部となり、これに対する
エマルジヨン中の酵素分解大豆蛋白の割合は約20
%に調整されている。 (効果) 以上詳述したように、本発明により栄養価(プ
ロテインスコアー)が高く、且つ色調・食感・風
味の優れた高蛋白即席麺の製造が可能になつたも
のである。
[Table] In order to adjust the soybean protein content in the noodle raw material, the blending ratio of the emulsion dry powder in the noodle raw material was as follows. That is, the proportion of palm oil is 0, 10,
Noodles were produced using 20, 22, 24, 26, and 28 parts by weight of each emulsion. Also, assuming that 4 parts by weight of gluten is equivalent to approximately 30 parts by weight of wheat flour (calculated from the protein content of wheat flour and the protein content of gluten), it is converted into wheat flour. The percentage of enzymatically decomposed soy protein is approximately 20
% has been adjusted. (Effects) As detailed above, the present invention has made it possible to produce high-protein instant noodles with high nutritional value (protein score) and excellent color, texture, and flavor.

Claims (1)

【特許請求の範囲】 1 麺を製造するに際し、原料の一つに、蛋白分
解酵素処理した大豆蛋白、油脂及び水性溶媒を用
いて均質化したO/Wエマルジヨンの乾燥粉末を
用いることを特徴とする高蛋白即席麺の製造法。 2 グルテンを用いて麺原料中の小麦蛋白の含量
を調節する特許請求の範囲第1項記載の製造法。
[Scope of Claims] 1. When producing noodles, one of the raw materials is a dry powder of an O/W emulsion homogenized using proteolytic enzyme-treated soy protein, oil and fat, and an aqueous solvent. A method for producing high-protein instant noodles. 2. The manufacturing method according to claim 1, wherein the content of wheat protein in the noodle raw material is adjusted using gluten.
JP58248373A 1983-12-23 1983-12-23 Production of high-protein instant noodle Granted JPS60137256A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP58248373A JPS60137256A (en) 1983-12-23 1983-12-23 Production of high-protein instant noodle

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP58248373A JPS60137256A (en) 1983-12-23 1983-12-23 Production of high-protein instant noodle

Publications (2)

Publication Number Publication Date
JPS60137256A JPS60137256A (en) 1985-07-20
JPS6356789B2 true JPS6356789B2 (en) 1988-11-09

Family

ID=17177131

Family Applications (1)

Application Number Title Priority Date Filing Date
JP58248373A Granted JPS60137256A (en) 1983-12-23 1983-12-23 Production of high-protein instant noodle

Country Status (1)

Country Link
JP (1) JPS60137256A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2007202519A (en) * 2006-02-03 2007-08-16 Nissin Food Prod Co Ltd Method for producing soybean peptide-containing instant noodle

Families Citing this family (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2008072656A1 (en) 2006-12-14 2008-06-19 Fuji Oil Company, Limited Noodles and noodle skins comprising soybean protein composition
JP2019068742A (en) * 2016-07-11 2019-05-09 白澤 菊代 High protein noodle

Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS59154951A (en) * 1983-02-24 1984-09-04 Nisshin Oil Mills Ltd:The Production of noodles

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS59154951A (en) * 1983-02-24 1984-09-04 Nisshin Oil Mills Ltd:The Production of noodles

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2007202519A (en) * 2006-02-03 2007-08-16 Nissin Food Prod Co Ltd Method for producing soybean peptide-containing instant noodle

Also Published As

Publication number Publication date
JPS60137256A (en) 1985-07-20

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