JPS6016215B2 - Method for producing food with improved flavor retention - Google Patents

Method for producing food with improved flavor retention

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Publication number
JPS6016215B2
JPS6016215B2 JP55185679A JP18567980A JPS6016215B2 JP S6016215 B2 JPS6016215 B2 JP S6016215B2 JP 55185679 A JP55185679 A JP 55185679A JP 18567980 A JP18567980 A JP 18567980A JP S6016215 B2 JPS6016215 B2 JP S6016215B2
Authority
JP
Japan
Prior art keywords
starch
flavor
heating
food
powder
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
JP55185679A
Other languages
Japanese (ja)
Other versions
JPS57115155A (en
Inventor
敏之 小澤
秀樹 服部
朝夫 小泉
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.)
Ajinomoto Co Inc
Original Assignee
Ajinomoto Co Inc
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 Ajinomoto Co Inc filed Critical Ajinomoto Co Inc
Priority to JP55185679A priority Critical patent/JPS6016215B2/en
Publication of JPS57115155A publication Critical patent/JPS57115155A/en
Publication of JPS6016215B2 publication Critical patent/JPS6016215B2/en
Expired legal-status Critical Current

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  • Confectionery (AREA)

Description

【発明の詳細な説明】 本発明は、香味物質及び澱粉を配合し、加熱を必要とす
る食品の製造法に関し、更に詳しくは、加熱中乃至はそ
の後の保存中に生ずる香味成分の飛散、消失防止機能を
備える保香・性の改善された食品の製造法に関するもの
である。
DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method for producing a food containing flavoring substances and starch that requires heating. The present invention relates to a method for producing a food product with a preventive function and improved flavor retention and properties.

天然又は合成の香味物質を含有する食品、特に風味調味
料・ふりかけ類、チョコレート類、その他の食品類は、
その香味により特徴づけられ、噂好性が高められた食品
であり、その香味の保存が商品価値を大きく左右する要
因となる。
Foods containing natural or synthetic flavoring substances, especially flavor seasonings, sprinkles, chocolates, and other foods,
It is a food that is characterized by its flavor and has a high reputation, and the preservation of its flavor is a factor that greatly influences its product value.

香味成分は、揮発性の香気成分として喚覚により感知せ
られ、或いは水、油などの液体に溶存したまま味覚、喚
覚により味わわれるが、これら香味成分の揮発性乃至は
溶解性は、加熱を必要とする食品においては、加熱によ
り香味成分が逸散するという結果をもたらす。
Flavor components are sensed as volatile aroma components through the sense of smell, or are tasted while dissolved in liquids such as water or oil, but the volatility or solubility of these flavor components changes when heated. In foods that require this, heating results in the loss of flavor components.

この香味成分の逸散現象は、特に、食品中の水分と共に
、溶存した香味成分が加熱蒸発することにより、著しく
促進される。この現象は、なまぐさ臭等の不快臭を除去
する場合には好ましいが、逆に、その商品価値を左右す
るような良好な芳香乃至は高価なフレーバ一等の保存上
からは重大な損失となる。従って、芳香成分を含有する
食品においては、加熱後に香味成分を添加するなどして
、香味成分を含有したまま食品を加熱するようなことは
できるだけ避けることが望ましい。しかしながら、食品
の種類によっては、香味成分を加熱後に添加することが
工程上不可能であったり、また、たとえ可能であっても
、殺菌等、食品の品質管理上、加熱が結局必須のものと
なったり、更には、製造工程上、加熱を伴わないもので
あっても、料理店や家庭において、それらの食品を使用
して調理する際に蒸したり、煮たりする等で満足な風味
を得られない場合が多い。具体的には、例えば、風味調
味料の場合にあっては、減圧濃縮その他の手段で可能な
限り芳香成分の変質乃至は飛散を防止しながら、動植物
エキスを回収するわけであるが、取扱い上の便宜その他
で得られたエキスを乾燥粉末、顎粒化する段階で結局、
水蒸気と共に香気成分が散逸することとなり、更には、
これらの風味調味料を使用して調理する段階で特に、蒸
し調理する場合等に結局、香気成分の大部分が飛んでし
まうこととなよる。従来、食品の香味を保存する方法と
しては、食品そのものを可食性の被膜で被覆する等の試
みが行われているが、このような方法では、上記の加熱
による香味成分の飛散を防止することは困難であり、そ
の改善として、例えば、加熱凝固性を有する被膜を使用
した場合には、被膜という異質の素材感を与える等、食
感その他の点で未だ十分なものとはいい難い。
This phenomenon of dissipation of flavor components is particularly accelerated by heating and evaporation of dissolved flavor components together with the water in the food. This phenomenon is preferable when removing unpleasant odors such as slug smells, but on the contrary, it causes a serious loss in terms of preserving good aromas or expensive flavors that affect the commercial value of the product. . Therefore, in foods containing aromatic components, it is desirable to avoid heating the food while it still contains the flavoring components, such as by adding the flavoring components after heating. However, depending on the type of food, it may be impossible to add flavor components after heating, or even if it is possible, heating is ultimately essential for food quality control reasons such as sterilization. In addition, even if the manufacturing process does not involve heating, it is difficult to obtain a satisfying flavor by steaming or boiling the food at restaurants or at home. In many cases, this is not possible. Specifically, in the case of flavor seasonings, for example, animal and plant extracts are recovered while preventing deterioration or scattering of aromatic components as much as possible using vacuum concentration or other means. At the stage of converting the extract obtained for convenience and other purposes into dry powder and granules,
The aroma components will dissipate along with the water vapor, and furthermore,
When cooking with these flavor seasonings, most of the flavor components end up being blown away, especially when steaming or the like. Conventionally, attempts have been made to preserve the flavor of food by coating the food itself with an edible film, but such methods do not prevent the flavor components from scattering due to the above-mentioned heating. However, as an improvement, for example, when using a coating that has heat-coagulability, it is difficult to say that it is still sufficient in terms of texture and other aspects, such as giving a foreign texture to the coating.

また、例えば、加熱に対し、不安定な呈味成分の安定性
を高める目的で、油脂やデキストリン等で、風味物質を
カプセル化する方法もあるが、これは、風味物質の熱分
解をできるだけ防止しようとするにすぎないものであっ
て、その目的においても機能においても本発明とは異る
。本発明者らは、上記現状に鑑み、香味成分の加熱によ
る飛散及び保存中の飛散を防止すべく種々検討した結果
、澱粉を賦形剤、増量剤、品質改良剤その他で配合可能
な食品において、澱粉を加熱糊化し、次いで冷却、乾燥
、粉砕して得た膨潤度3.0〜6.0の加工澱粉末を使
用することにより、保香・性が著しく高められるとの知
見に至り、本発明を完成したものである。
In addition, for example, there is a method of encapsulating flavor substances with oil, fat, dextrin, etc. in order to increase the stability of flavor components that are unstable against heating, but this method prevents the thermal decomposition of flavor substances as much as possible. However, it is different from the present invention both in purpose and function. In view of the above-mentioned current situation, the present inventors have conducted various studies to prevent flavor components from scattering due to heating and during storage. It was discovered that fragrance retention and properties can be significantly improved by using processed starch powder with a swelling degree of 3.0 to 6.0 obtained by heating and gelatinizing starch, then cooling, drying, and pulverizing it. This completes the present invention.

すなわち、本発明においては以下に詳記する加工澱粉末
を原料の一部として配合し、保香性を改善するものであ
るが、該加工澱粉末は、予め加熱糊化し、次いで冷却、
乾燥、粉砕工程を経ることにより、ポーラスでかつ加熱
変性を受けにくい特性を有する。
That is, in the present invention, the processed starch powder described in detail below is blended as part of the raw material to improve the fragrance retention, but the processed starch powder is heated and gelatinized in advance, then cooled,
By going through a drying and pulverizing process, it has the property of being porous and resistant to heat denaturation.

従って、例えば、風味調味料において賦形剤として配合
された加工澱粉末は、加熱によっても、そのポーラスな
特有の構造を失わないため、加熱乾燥工程中に飛散する
香味成分乃至は水蒸気中に熔存したまま蒸発しようとす
る香味成分を空隙部分に保持し、香味成分が空気中に逸
散するのを防止するものと思惟される。上記の如く、加
熱時に本発明の効果が最大に発現されるものであるが、
加熱時のみならず、香味成分を長期にわたって、食品中
に安定に保持する効果も有するため、例えば、冷凍・冷
蔵食品のように加熱調理後に、凍結、冷蔵による保存期
間を経て再加熱される食品の場合においても、香味を良
好に保持する食品を再現することができる。
Therefore, for example, processed starch powder blended as an excipient in flavor seasonings does not lose its unique porous structure even when heated. It is thought that the flavor components that tend to evaporate while still remaining are retained in the voids, thereby preventing the flavor components from escaping into the air. As mentioned above, the effects of the present invention are maximized during heating, but
It has the effect of stably retaining flavor components in food for a long period of time, not only during heating, so for example, food that is heated and cooked and then reheated after a preservation period by freezing and refrigeration, such as frozen and refrigerated foods. Even in these cases, it is possible to reproduce foods that retain flavor well.

また、従来、無菌の原料を用いて、合成保存料はもちろ
ん、できるだけ熱負荷を避けて製造するアセプティツク
の加工食品類において問題とされていた香辛料の殺菌問
題についても、予め粉末香辛料、水、本発明の加工澱粉
末等を濠練し、加熱殺菌処理して粉末シーズニングベー
スとして供給する等、有効な解決手段を提供し得るもの
である。本発明で使用する加工澱粉末は、澱粉粒をQ化
後、冷却して一部B化したものを用いる。この際、澱粉
はアミロース含量の高いものが好ましいが、ぴ化および
8化の条件等は特に限定されるものではない。すなわち
、上述のように、アミ。ース部分がQ化および8化の工
程を経ることにより、予め分子内で硬く結合しているも
のを含む加工澱粉であり、膨溝度が3.0〜6.0のも
のであれば、本発明の目的とする効果を取得可能であり
、加水量、糊化時の温度条件、時間、使用装置、冷却条
件、乾燥条件、粉砕条件、等は適宜選択可能である。具
体例としては、特に加水調湿した澱粉を糊化し、次いで
、冷却し一部結晶化した後、乾燥・粉砕することにより
好都合に製造することができる。即ち、第一工程たる調
湿澱粉の水分量は次工程の作業上の容易さ及び最終加工
澱粉の品質により若干異なってくるが通常30〜6の重
量%、より好ましくは40〜55%である。
In addition, we have solved the problem of sterilization of spices, which has traditionally been a problem in Aseptic processed foods, which are manufactured using sterile raw materials and avoiding heat loads as much as possible, as well as synthetic preservatives. It is possible to provide an effective solution, such as by kneading the processed lees powder of the invention, heat sterilizing it, and supplying it as a powder seasoning base. The processed starch powder used in the present invention is obtained by converting starch granules into Q, and then cooling them and partially converting them into B. At this time, the starch preferably has a high amylose content, but the conditions for pyridization and octaturation are not particularly limited. That is, as mentioned above, Ami. If the starch is a modified starch that contains a base portion that has been hardly bonded within the molecule by going through the steps of Q conversion and 8 conversion, and has a swelling degree of 3.0 to 6.0, The desired effects of the present invention can be obtained, and the amount of water added, temperature conditions during gelatinization, time, equipment used, cooling conditions, drying conditions, pulverization conditions, etc. can be selected as appropriate. As a specific example, it can be conveniently produced by gelatinizing starch that has been moistened with water, followed by cooling and partially crystallizing, followed by drying and pulverizing. That is, the moisture content of the moisture-adjusted starch in the first step varies slightly depending on the ease of operation in the next step and the quality of the final processed starch, but it is usually 30 to 6% by weight, more preferably 40 to 55%. .

加水した澱粉はスピードニーダー、パドルミキサー、リ
ボンミキサー等により渥練する。この様にして得た調湿
澱粉は次に70〜150oo、好ましくは80〜120
qoにて加熱糊化するのであるが、糊化方法には特に限
定はなく蒸煮蒸綾機、ェクストル−ダー等による加熱押
し出し等の手段を使用することができる。しかしながら
、この糊化工程中及び以下の工程にて糊化澱粉を激しく
混練することは加工澱粉の膨潤度に影響を与え、ひいて
は特性を低下させるので好ましくないことが判明した。
The hydrated starch is kneaded using a speed kneader, paddle mixer, ribbon mixer, etc. The humidity-controlled starch thus obtained is then 70 to 150 oo, preferably 80 to 120 oo
The gelatinization method is not particularly limited, and means such as heating and extrusion using a steamer, extruder, etc. can be used. However, it has been found that vigorously kneading the gelatinized starch during this gelatinization step and in the following steps affects the degree of swelling of the processed starch, which in turn reduces its properties, which is not preferable.

従って、加熱糊化はェクストルーダー、特にスクリュー
圧縮比の小さい(好ましくは1:1〜1.2:1)ェク
ストルーダーを使用し且つ低圧にて(100k9/仇以
下にて)連続的に押し出し完全に糊化するのが品質及び
工程管理上有利である。斯くして得た糊化澱粉は次いで
、空冷、水冷、冷蔵、冷凍等の手段にて冷却し糊化澱粉
の一部を結晶化する。この冷却工程は品温が20qo以
下、好ましくは10℃以下になる様に冷却し、糊化繊粉
の一部を結晶化し前述の膨酒度を有する澱粉とすべ〈適
当時間低温にて保持する。保持時間は冷却温度と相関が
あり、一定ではないが、例えば15℃にあっては約2時
間、5℃にあっては30分程度である。この様にして得
た生地を次いで乾燥粉末化するのであるが、乾燥効率を
よくするため粗砕した上で、水分6〜15%程度に乾燥
、例えば流動乾燥する。
Therefore, heat gelatinization is carried out continuously using an extruder, especially an extruder with a low screw compression ratio (preferably 1:1 to 1.2:1), and at low pressure (below 100 k9/k). Complete gelatinization after extrusion is advantageous in terms of quality and process control. The gelatinized starch thus obtained is then cooled by air cooling, water cooling, refrigeration, freezing, or the like to crystallize a portion of the gelatinized starch. In this cooling step, the product is cooled to a temperature of 20 qo or less, preferably 10° C. or less, and a part of the gelatinized fiber is crystallized to form starch having the above-mentioned swelling degree. The holding time is correlated with the cooling temperature and is not constant, but for example, it is about 2 hours at 15°C and about 30 minutes at 5°C. The dough thus obtained is then dried and powdered. To improve drying efficiency, the dough is coarsely crushed and dried to a moisture content of about 6 to 15%, for example, fluidized drying.

乾燥温度、特に水分含量の高い乾燥初期の温度は最終製
品の膨潤度に影響を与え、品温が8000以下、好まし
くは60qo以下にて乾燥することが重要である。以上
の如くして得た乾燥物を適度の粒度、例えば60〜30
0メッシュ程度に迄粉砕することにより本発明の原料加
工澱粉末とすることができる。本発明では膨潤度3.0
〜6.0の加工澱粉を使用するのであるが、膨渡度がこ
の範囲外であると、保青性の向上効果に欠け、例えば生
澱粉類の小麦粉を使用した場合と異ならない製品しか得
られず、目的とする効果を挙げることができない。
The drying temperature, especially the temperature at the initial stage of drying when the water content is high, affects the degree of swelling of the final product, and it is important to dry at a product temperature of 8000 or less, preferably 60 qo or less. The dried product obtained as described above has a suitable particle size, e.g. 60-30.
The processed starch powder of the present invention can be obtained by pulverizing it to about 0 mesh. In the present invention, the degree of swelling is 3.0.
-6.0 is used, but if the degree of swelling is outside this range, the effect of improving green retention will be lacking, and the product obtained will only be the same as when using raw starch flour, for example. Therefore, the desired effect cannot be achieved.

<膨潤度測定法> 150メッシュ通過の澱粉試料1のこ水50のとを加え
分散せしめ、30分間3000の恒温槽の中で蝿梓振鑑
後、遠0分離(300仇pm、1粉ふ間)し、ゲル層と
上燈層に分ける。
<Swelling degree measurement method> Starch sample 1 that passed through 150 mesh was dispersed in 50 parts of water, and after being shaken for 30 minutes in a constant temperature bath of 3000 °C, it was separated at a distance of 0 (300 °C, 1 powder). ) and is divided into a gel layer and an upper light layer.

次いで、ゲル層の重量を測定し、これをaとする。次に
ゲル層を乾固し(105℃、4時間)重量を測定しbと
する。膨潤度はa/bで表わす。本発明にて使用するこ
のような加工澱粉末はその起源を問うものではなく、例
えば馬鈴薯、甘藷、タピオカ等の地下茎澱粉、小麦、と
うもろこし、米などの地上澱粉の生澱粉及び物理的、化
学的あるいは生物学的処理を施したものであってもよく
、その1種又は2種以上の混合物であってもよい。
Next, the weight of the gel layer is measured, and this is designated as a. Next, the gel layer was dried (105° C., 4 hours), and its weight was measured and designated as b. The degree of swelling is expressed as a/b. The origin of the processed starch powder used in the present invention does not matter; for example, raw starch from underground stems of potatoes, sweet potatoes, tapioca, etc., terrestrial starch from wheat, corn, rice, etc., and physical and chemical Alternatively, it may be one that has been subjected to biological treatment, or it may be one kind or a mixture of two or more thereof.

しかしながら、生澱粉からの加工澱粉末にて充分効果を
挙げることができるので経済的には生澱粉を加工処理し
たものが有利である。
However, it is economically advantageous to use starch powder processed from raw starch, since it can be sufficiently effective.

本発明の対象となる食品は、香味物質を含有し、加熱を
要する食品で、かつ澱粉の配合が可能な食品であり、具
体的には(1}天然動物エキス、植物エキスを配合し、
賦形剤乃至は増量剤を添加した後、乾燥粉末化乃至は造
粒化する風味調味料類、‘2)98、のり、かつお、そ
の他のフレーバーを添加したふりかけ類、{31チョコ
レート類である。
Foods targeted by the present invention are foods that contain flavoring substances, require heating, and can contain starch; specifically, (1) contain natural animal extracts and plant extracts;
Flavor seasonings that are dried and powdered or granulated after adding excipients or fillers, '2) 98, furikake with seaweed, bonito, and other flavors added, {31 Chocolates. .

加工澱粉末の配合量は、各食品により、その配合範囲が
異るため、食品の種類に応じ適宜選択すべさもので、一
般的基準はないが、添加量が少なすぎる場合には、目的
とする効果を取得できなくなるため、各食品の物性、風
味を損わない範囲で、可及的多量を配合することが望ま
しい。香味物質を添加する場合、その他の原料と共に最
初から添加する場合や、その他の原料を予め加熱した後
、香味物質を添加し、再加熱する場合などが挙げられる
が、要は、上記加工澱粉と共に香味物質を加熱する工程
が含まれればよく、添加時期は特に限定されるものでは
ない。また、加熱方法も、水と共に強加熱した場合に、
本発明の効果が著しいが、蒸熱、焼成その他あらゆる加
熱方法をとることができる。以下、実施例により、本発
明を更に説明する。
The blending amount of processed starch powder should be selected appropriately depending on the type of food, as the blending range differs depending on the food. Although there is no general standard, if the amount added is too small, it may be necessary to Since the effect cannot be obtained, it is desirable to mix as much as possible without impairing the physical properties and flavor of each food. When flavoring substances are added, they may be added from the beginning together with other raw materials, or they may be added after preheating other raw materials and then reheated. The timing of addition is not particularly limited as long as the step of heating the flavor substance is included. In addition, the heating method is also that when strongly heated with water,
Although the effects of the present invention are remarkable, any heating method such as steaming, baking, etc. can be used. The present invention will be further explained below with reference to Examples.

実施例−1* 味の素KK製大豆たん白 ×* 加工澱粉膨潤度4.6キキキ
加工油脂 上記原料をスピードニーダー(岡田精工KK製)で1粉
ご間混合・加湿・混練して湿潤粉体を調製した。
Example-1 * Soybean protein manufactured by Ajinomoto KK × * Modified starch swelling degree 4.6 Kikiki
Processed fats and oils The above raw materials were mixed, humidified, and kneaded into powders using a speed kneader (manufactured by Okada Seiko KK) to prepare a wet powder.

次いで、その湿潤粉体を押出し造粒機にかけて1側めの
スクリーンから押出して成型した後、流動乾燥機で80
q05分間乾燥して卵ふりかけを得た。このようにして
得た卵ふりかけをIQ点滴点法による評点法で官能評価
に供した。
Next, the wet powder is extruded through an extrusion granulator, extruded through the first screen, molded, and then processed into a fluidized dryer at 80%
Dry for q05 minutes to obtain egg furikake. The egg furikake thus obtained was subjected to sensory evaluation using the IQ drip point scoring method.

結果を第1表に示す。即ち、加工澱粉「ハィソフト」を
使用して得られた卵ふりかけは、卵らしい鮮やかな黄色
を示し外観が好ましく、大豆たん白を使用した時の大豆
風味はなく卵風味が強く残り、口溶け性の良いソフトな
食感のふりかけであった。
The results are shown in Table 1. In other words, the egg furikake obtained using the modified starch "Hi-Soft" has a bright yellow color typical of an egg and has a favorable appearance.It has a strong egg flavor instead of the soy flavor that is obtained when soy protein is used, and has a low meltability in the mouth. The furikake had a nice soft texture.

第1表 ふりかけの官能評価結果 N=15名 G8ご 評価尺度 実施例−2 x 味の素KK製 上記原料をニーダ−で20分間混合・加湿・濃練して湿
潤粉体を調製し、実施例−1の場合と同様にして造粒を
行い乾燥して、顎粒状のかつお風味調味料を得た。
Table 1 Sensory evaluation results for furikake N = 15 people, G8, Evaluation scale example 2 Granulation was carried out in the same manner as in case 1 and dried to obtain a bonito flavor seasoning in the form of jaw granules.

得られた風味調味料をアルミ複合フィルムで包装して3
0oo恒温機中で2ケ月間保管した後、取出してすまし
汁を作って官能評価に供した。
The obtained flavor seasoning is packaged with aluminum composite film.
After being stored in a 0oo thermostat for 2 months, it was taken out, a soup was made, and it was subjected to sensory evaluation.

結果を第2表に示す。即ち、加工澱粉「ハィソフト」を
使用した風味調味料は対照区に比較して保香性がすぐれ
ており、かつおの香り風味が強く、好ましいすまし汁で
あった。
The results are shown in Table 2. That is, the flavor seasoning using the modified starch "Hi-Soft" had better flavor retention than the control group, had a strong bonito aroma and flavor, and was a desirable soup.

2 すまし汁の官能評価結果 N〒16 (注)1. すまし汁の作り方 風味調味料6.7夕、食塩5.8 夕、正油3秘をIZ
の沸とぅ水中に溶解。
2 Sensory evaluation results of soup soup N〒16 (Note) 1. How to make soup soup Flavor seasoning 6.7 yen, salt 5.8 yen, soy sauce 3 secrets IZ
Dissolve in boiling water.

2. 評価尺度 実施例−3 上記原料をバッチ式混合機でミキシングしてチョコレー
ト生地とした後、リフアィナーにかけて15〜30山に
微粒化した。
2. Evaluation Scale Example-3 The above raw materials were mixed using a batch mixer to form chocolate dough, and then subjected to a refiner to be atomized into 15 to 30 particles.

次いで、微粒化された生地をコンチェに移し、50〜7
000で2日間練上げてからテンパリング・調温(29
〜3100)して一定量づつ鋳型へ流し込みシェーキン
グマシーンで振動して脱気した。
Next, transfer the atomized dough to a conche and heat it to 50 to 7
000 for 2 days, then tempering and temperature control (29
~3100), poured into a mold in fixed amounts and degassed by shaking with a shaking machine.

次に鋳型に平らに延ばしたチョコレート生地を温度10
〜18qoのクーリングトンネルに1扮ふ間で通過させ
冷却を行い硬化させた後、鋳型からはずして板チョコレ
ートを得た。この様にして得たミルクチョコレートを実
施例1と同様に10点満点法による官能評価に供した。
Next, spread the chocolate dough flat into the mold at a temperature of 10
After passing through a cooling tunnel of ~18 qo for one batch to cool and harden, the chocolate was removed from the mold to obtain a chocolate bar. The milk chocolate thus obtained was subjected to sensory evaluation using a 10-point scale in the same manner as in Example 1.

結果を第3表に示す。第3表 ミルクチョコレートの官
能評価結果N=15即ち、「/・ィソフト」を添加した
ミルクチョコレートは対照区に比較し、ミルク風味が強
く味も良かった。
The results are shown in Table 3. Table 3 Sensory evaluation results of milk chocolate N=15 That is, the milk chocolate to which "/・Soft" was added had a stronger milk flavor and better taste than the control group.

Claims (1)

【特許請求の範囲】[Claims] 1 香味物質及び澱粉を含有し、加熱を必要とする風味
調味料・ふりかけ類又はチヨコレート類の製造法におい
て、澱粉の一部又は全部を、澱粉を加熱糊化し、次いで
冷却、乾燥、粉砕して得た膨潤度3.0〜6.0の加工
澱粉末とすることを特徴とする保香性の改善された風味
調味料・ふりかけ類又はチヨコレート類の製造法。
1. In a method for producing flavor seasonings, furikakes, or thiokolates that contain flavoring substances and starch and require heating, part or all of the starch is prepared by gelatinizing the starch by heating, and then cooling, drying, and pulverizing the starch. A method for producing flavor seasonings, furikakes, or thiokolates with improved flavor retention, characterized in that the resulting processed starch powder has a swelling degree of 3.0 to 6.0.
JP55185679A 1980-12-29 1980-12-29 Method for producing food with improved flavor retention Expired JPS6016215B2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP55185679A JPS6016215B2 (en) 1980-12-29 1980-12-29 Method for producing food with improved flavor retention

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP55185679A JPS6016215B2 (en) 1980-12-29 1980-12-29 Method for producing food with improved flavor retention

Publications (2)

Publication Number Publication Date
JPS57115155A JPS57115155A (en) 1982-07-17
JPS6016215B2 true JPS6016215B2 (en) 1985-04-24

Family

ID=16174964

Family Applications (1)

Application Number Title Priority Date Filing Date
JP55185679A Expired JPS6016215B2 (en) 1980-12-29 1980-12-29 Method for producing food with improved flavor retention

Country Status (1)

Country Link
JP (1) JPS6016215B2 (en)

Families Citing this family (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS62122557A (en) * 1985-08-12 1987-06-03 Fuji Oil Co Ltd Chocolate mass and bakery product containing said mass
JP4873252B2 (en) * 2007-09-07 2012-02-08 松谷化学工業株式会社 Chocolate composition
JP7146465B2 (en) * 2018-06-12 2022-10-04 株式会社J-オイルミルズ Sprinkle adhesion reducing agent

Also Published As

Publication number Publication date
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