JP2003102451A - Health beverage comprising unrefined vinegar of koji by aspergillus usami - Google Patents

Health beverage comprising unrefined vinegar of koji by aspergillus usami

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Publication number
JP2003102451A
JP2003102451A JP2001338639A JP2001338639A JP2003102451A JP 2003102451 A JP2003102451 A JP 2003102451A JP 2001338639 A JP2001338639 A JP 2001338639A JP 2001338639 A JP2001338639 A JP 2001338639A JP 2003102451 A JP2003102451 A JP 2003102451A
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JP
Japan
Prior art keywords
vinegar
citric acid
black koji
koji
taste
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JP2001338639A
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Japanese (ja)
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JP3697659B2 (en
Inventor
Asami Toyokawa
あさみ 豊川
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INTERLINK OKINAWA KK
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INTERLINK OKINAWA KK
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Priority to JP2001338639A priority Critical patent/JP3697659B2/en
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Abstract

PROBLEM TO BE SOLVED: To obtain a health beverage in which a large amount of citric acid of unrefined vinegar of koji by Aspergillus usami is further increased, a refreshing feeling and taste are provided, a smell of unrefined vinegar is eliminated and health promotion is made by acceleration of intake of citric acid. SOLUTION: This health beverage is obtained by formulating unrefined vinegar of koji by Aspergillus usami, having at least 500 mg citric acid amount (mg/100 g) with 7-12 wt.% of passion fruit juice having 3.2-4.8 mg total sugar value (mg/100 g) and at least 55 mg acid value (mg/10 g).

Description

【発明の詳細な説明】 【0001】 【産業上の利用分野】本発明はクエン酸含有量が高い黒
麹もろみ酢のクエン酸含有量を更に補強し、且もろみ臭
の消去と甘味を付与せしめて極めて飲み易く而も疲労回
復効果に優れる黒麹もろみ酢からなる健康飲料に関す
る。 【0002】 【従来技術】酢が疲労回復効果やカルシウム吸収効果或
いは防腐、静菌効果を保持することは古くから認識され
ており且医学的にもクレブス・サイクルやクエン酸回路
等により立証されている。そして近年の如く高齢化社会
や環境汚染に伴う健康指向の高まり等とも相俟って酢の
摂取増大が早くから喧伝されていたものの、一般に使用
されてなる食用酢所謂醸造酢は、極度の酸味と且酢酸臭
を保持するため積極的且多量の摂取手段がなされにく
く、結局調理時の使用或いは特定食材のみにおける摂取
に制限されており酢の本来的効用が発揮されるに至って
いない。 【0003】これがため発明者は鋭意研究を重ねた結
果、現状の醸造酢は糖質若しくは澱粉質をアルコール発
酵させ、続いて酢酸発酵させたものでありその使用原料
により米酢、穀物酢、ぶどう酢、りんご酢、果実酢等に
分類されるものの、使用原料の種類や使用量によってグ
ルコン酸、クエン酸、乳酸、琥珀酸等の有機酸や、うま
味成分となるアミノ酸量も著しく異るものの、これら醸
造酢は概ね酸度が強く且淡白な風味のものであるからそ
のままでは極めて飲みにくく、且仮令甘味飲料で希釈飲
用するとしても相対的にクエン酸量が低下しその摂取量
も不十分となり疲労回復効果やカルシウム吸収効果も期
待できない結果となる。 【0004】而して泡盛醸造に際して黒麹菌と米麹及び
酵母による発酵蒸留後のもろみを圧搾してなる黒麹もろ
み酢は、一般上市されてなる酢の総有機酸におけるクエ
ン酸含有比率が略10%程度であるのに比べて該黒麹も
ろみ酢の総有機酸に占めるクエン酸含有比率が略90%
にも昇ること、及び含有アミノ酸量並びにミネラル量も
比較的多量に含有するため高い酸度でも味覚としてのま
ろやかさや、十分なうま味を保持することに着目した。 【0005】他方本発明はクエン酸摂取量を高め、クレ
ブス・サイクルやクエン酸回路等の生理機能により疲労
回復やカルシウム吸収効果による健康増進を図るための
ものであるから、クエン酸をより多く含有させ且好まし
くは飲用による多量の摂取がなされることが強く望まれ
るところである。然るに黒麹もろみ酢は比較的多量のア
ミノ酸やミネラル分を含有しているものの、これらが強
い酸味と混合されて異様や味を醸成し而も酢酸臭に加え
てもろみ特有の臭気も混交され、従って黒麹もろみ酢の
みでは飲用に供しえぬ実情にある。 【0006】これがため該黒麹もろみ酢を広範な消費者
に多量に飲用なさしむるうえからは、清涼感や美味さと
ともにもろみ臭を除去せしむることが不可欠であって、
発明者は該黒麹もろみ酢に調味混合させても黒麹もろみ
酢のクエン酸量が更に増強され且清涼感や美味さを創出
させ併せてもろみ臭の除去を図るため、多種多様な調味
材の混合テストを重ねた結果、所要の黒麹もろみ酢に対
して特定範囲の酸度並びに全糖値のパッションフルーツ
搾汁を所要の混合割合で混合させることにより、クエン
酸量が一段と増強され且もろみ臭も除去されて十分に飲
用に供しえる健康飲料が生成可能なることを確認し本発
明に至った。 【0007】 【発明が解決しようとする課題】即ち本発明は黒麹もろ
み酢の高いクエン酸量を更に増強せしめ、且清涼感と美
味を付与せしむるとともにもろみ臭を除去せしめて、ク
エン酸の摂取促進により健康増進を実現しうる黒麹もろ
み酢からなる健康飲料を提供することにある。 【0008】 【課題を解決するための手段】上述の課題を解決するた
めに本発明が採用した技術的手段は少量の飲用でもクエ
ン酸の摂取量を高めるうえから、そのクエン酸量(mg
/100g)が少なくとも500mg以上含有する黒麹
もろみ酢を用いるとともに、調味混合により清涼感や美
味さを醸成させるうえからは過剰な甘味を抑制させるこ
と、及び調味混合に際してもクエン酸量を増強させ、而
ももろみ臭を除去せしめて多量の飲用を可能となすた
め、その全糖値(mg/100g)が3.2乃至4.8
mgで且その酸値(mg/10g)が少なくとも55m
g以上のパッションフルーツ搾汁が、黒麹もろみ酢に対
して7乃至12%重量割合で混合させてなる構成の黒麹
もろみ酢からなる健康飲料に存する。 【0009】 【作用】本発明は上述の如き技術的手段を用いてなるた
め、以下のような作用を有する。即ち黒麹もろみ酢は黒
麹菌と米麹及び酵母菌により発酵蒸留させる泡盛醸造後
のもろみを圧搾させたもので、総有機酸中のクエン酸量
が著しく高く且このクエン酸量(mg/100g)が少
なくとも500mg以上の黒麹もろみ酢を使用するた
め、僅かな飲用によっても十分なクエン酸量の摂取が可
能となるばかりか、該黒麹もろみ酢にはその全糖値(m
g/100g)が3.2乃至4.8mgで且その酸値
(mg/10g)が少なくとも55mg以上のパッショ
ンフルーツ搾汁が7乃至12%重量割合で混合されるた
め、混合された本発明の実質的クエン酸量が一段と増強
されるとともに、全糖値が実質的に7乃至12%重量割
合に希釈されるため酸味と甘味が拮抗せず、酸味による
清涼感の後にほのかな甘味による美味さが味覚され、而
もパッションフルーツ搾汁には略1.5%重量のフェノ
ールエーテル成分が含有されてなるため、もろみ臭が消
除され多量の飲用がなしえるばかりか、黒麹もろみ酢に
含有される比較的多量のアミノ酸やミネラル分によるこ
くや、まろやかさにより薬用感も創出される。 【0010】 【実施例】以下に本発明実施例を詳細に説明すれば、本
発明においては僅かな飲用においてもクエン酸を十分に
摂取せしめてクレブス・サイクル或いはクコン酸回路で
周知されてなる如く疲労回復効果やカルシウム吸収効果
を高めて健康増進を図るうえから、クエン酸含有量が著
しく高い黒麹もろみ酢が選択される。即ち一般的な米酢
等においては酵母菌としてサッカロミセス・セレビジエ
(sacchalomyces cervisiae)
を用いて発酵がなされるが、この発酵においては生成有
機酸のうちクエン酸量が略10%程度しか生成されな
い。他方泡盛の醸造は米麹だけを原料とするもので、蒸
米にアスペルギルス・アワモリ(Aspergillu
sawamori)なる特殊な黴菌を生やして米麹をつ
くり仕込むもので、該アスペルギルス・アワモリは黒い
胞子をつけるため黒麹黴とも呼ばれ、この黒麹黴は製麹
過程において糖化酵素だけでなくクエン酸を多量に発生
するもので、その有機酸生成の略90%がクエン酸であ
ることによる。 【0011】そしてこの黒麹もろみ酢は、米麹の発酵後
の蒸留による泡盛醸造後のもろみを圧搾して生成がなさ
れたもので、この多量に生成されるクエン酸が発酵液の
pH値を下げるため、乳酸菌の力を借りずとも沖縄の真
夏下でも泡盛醸造を可能としている理由でもある。無論
黒麹もろみ酢は黒麹黴により黒色を呈しているものであ
るが、飲料としての利用には美感的要素も重要であるこ
とから黒色胞子等を濾過することにより琥珀色の黒麹も
ろみ酢となしたるうえ使用することが望まれる。更に使
用する黒麹もろみ酢は、その飲用に際して少ない飲用で
は略30乃至60ml程度と思慮されるため、かかる少
量の飲用によっても十分なクエン酸量を摂取しえるよ
う、その含有クエン酸量(mg/100g)は少なくと
も500mg以上望ましくは700乃至800mg程度
のものの使用が望まれる。因みに発明者の関与する泡盛
醸造に付帯して生成される黒麹もろみ酢の一般的成分は
表1の通りである。 【0012】 【表1】 【0013】而して該黒麹もろみ酢はアミノ酸やミネラ
ル分も比較的多量に含有するものの、酸味も高く異様な
味覚に加え特有のもろみ臭を持つこととも相俟って、広
範囲の消費者には容易に飲用しえない。そこでかかる黒
麹もろみ酢に飲用に際しての清涼感と美味さの付加及び
もろみ臭を消除せしめて、広範囲の消費者に多量の飲用
をなさしめるうえからパッションフルーツの搾汁が混合
される。 【0014】このパッションフルーツは開花後の収穫日
数により搾汁中の糖度と酸含量(クエン酸量が変化する
もので糖度においては開花後30日で8程度のものが開
花後40日では12、開花後58日で17程度を最高糖
度とする糖度変化をなし、反面酸含量(クエン酸量)は
開花後30日では略4.0%程度のものが、開花後40
乃至48日後で略5.0%と最高値を示したうえ、開花
後58日では略3.6%と順次酸含有量の低下を示す。
そして開花65日後の成分特性が表2に示されてなる如
く、そのクエン酸含有量は2.7%にも昇り、搾汁10
0g当りに換算すれば略2699mgにも昇る多量の含
有量を有するものである。 【0015】 【表2】【0016】そしてかかるパッションフルーツ搾汁の混
合に際しては、混合により全体のクエン酸量の増強を図
ることはもとより、飲用に際して酸味と甘味を拮抗させ
ぬことが長期に亘る飲用を持続させるうえから肝要であ
って、これがためには酸味による清涼感と飲用後のほの
かな甘味による美味さを創出せしめること、及びもろみ
臭を消除させる混合割合が極めて重要となる。これがた
めには、その全糖値(mg/100g)が3.2乃至
4.8mgで且酸値(mg/10g)が少なくとも55
mg以上のパッションフルーツ搾汁を、黒麹もろみ酢に
対して7乃至12%重量割合で混合させることにある。 【0017】かかる場合においてパッションフルーツ搾
汁は、生のままでは保存性に難点があり、且搾汁中には
略1乃至2%程度の澱粉が含有されてなるから、遠心分
離により除去したうえビン若しくは缶に充填のうえ加熱
殺菌を施したものの使用が望ましい。そして該パッショ
ンフルーツ搾汁の混合に際して留意すべきは、少量の飲
用に際しても十分なクエン酢を摂取せしむることはもと
より、健康増進を示唆せしむる薬用感も創出させること
も望まれるもので、これがためには酸味や甘味が必要以
上に強調されると単なる清涼飲料と化す恐れが生ずるた
め、全糖値と酸値及び混合割合には十分配慮することが
必要である。 【0018】本発明はかかる如き構成よりなるものであ
るが、実際の飲用消費に際しては清涼感や美味さ或いは
もろみ臭等に係る嗜好が大きく関係してくる。そこで黒
麹もろみ酢にパッションフルーツ搾汁を種々の割合で混
合させたうえ飲用嗜好テストを行った結果を以下に示
す。飲用嗜好テストに用いた試料は、黒麹もろみ酢とし
てその主要成分が100g当り水分89.7g、たんぱ
く質2.1g、クエン酸610mg、及びミネラル分5
6mgのものを用い、この黒麹もろみ酢にパッションフ
ルーツ搾汁としてその主要成分が100g当り全糖値
4.0mg、クエン酸量2730mgのものを13.0
%重量割合で混合したものを試料1として、更に11.
7%重量割合で混合したものを試料2、同様に8.0%
重量割合で混合したものを試料3、及び6.0%重量割
合で混合したものを試料4とし、且黒麹もろみ酢のみの
ものを対照として用いた。 【0019】飲用嗜好テストは首都圏に居住する評価者
として、年齢15乃至24歳、年齢25乃至34歳、年
齢35乃至44歳、年齢45乃至54歳、及び年齢55
乃至64歳の各年齢層における男女各5人合計50人に
より行った。飲用嗜好テスト方法は評価者に、それぞれ
試料1乃至試料4及び対照を20mlづつ飲用してもら
い、清涼感(酸味)美味さ(甘味)、薬用感(うまみ、
こく)、及びもろみ臭について感覚判定により行ったも
ので、その結果は表3の通りであった。 【0020】 【表3】【0021】表3からも明らかなようにパッションフル
ーツ搾汁は、黒麹もろみ酢に対して7%重量から12%
重量割合程度の混合が極めて好適であることが窺われ
る。 【0022】 【発明の効果】本発明は以上述べたように、そのクエン
酸量(mg/100g)が少なくとも500mg以上の
黒麹もろみ酢に、その全糖値(mg/100g)が3.
2乃至4.8mgで且酸値(mg/100g)が少なく
とも55mg以上のパッションフルーツ搾汁が7乃至1
2%重量割合で混合されてなるため、クエン酸含有量が
著しく高く且清涼感や美味さが創出されるとともに、も
ろみ臭も消除されるため老若男女を問わず容易に且多量
の飲用がなしえるばかりか、僅かな飲用でも十分なクエ
ン酸量が摂取されるためクレブス・サイクルやクエン酸
回路により抗酸化作用を初めコレステロール除去作用、
アルカリ保持作用並びに乳酸抑制による疲労防止作用が
有効に働き、優れた健康増進効果が図れる健康飲料であ
る。
Description: BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention further enhances the citric acid content of black koji moromi vinegar having a high citric acid content, and eliminates moromi odor and imparts sweetness. The present invention relates to a health drink comprising black koji moromi vinegar, which is extremely easy to drink and has an excellent fatigue recovery effect. [0002] It has long been recognized that vinegar has a fatigue recovery effect, a calcium absorbing effect, a preservative and a bacteriostatic effect, and has been medically proved by the Krebs cycle, the citric acid circuit and the like. I have. And although the increase in vinegar intake has been publicized from an early stage in conjunction with the aging society and heightened health orientation accompanying environmental pollution as in recent years, commonly used edible vinegar, so-called brewed vinegar, has an extremely sour taste. In addition, it is difficult to take an aggressive and large amount of means for ingesting acetic acid to retain the odor of acetic acid, and it is eventually restricted to use during cooking or ingestion of only specific foodstuffs, so that vinegar does not exhibit its original utility. [0003] As a result, the inventor has conducted intensive studies and found that the current brewed vinegar is obtained by fermenting sugar or starch with alcohol, followed by acetic acid fermentation. Depending on the raw materials used, rice vinegar, grain vinegar, and grape are used. Although vinegar, apple vinegar, fruit vinegar, etc., organic acids such as gluconic acid, citric acid, lactic acid, succinic acid, etc., and the amount of amino acids that are umami components vary significantly depending on the type and amount of raw materials used, These brewed vinegars generally have a strong acidity and a pale flavor, so it is extremely difficult to drink them as they are, and even when diluted with a temporary sweetened beverage, the citric acid content is relatively reduced and the intake is insufficient, resulting in fatigue. The effect of recovery and calcium absorption cannot be expected. [0004] Black koji moromi vinegar, which is obtained by squeezing mash after fermentation distillation with black koji mold, rice koji and yeast during awamori brewing, has a citric acid content ratio in the total organic acid of vinegar generally marketed. The citric acid content ratio in the total organic acid of the black koji moromi vinegar is about 90% compared to about 10%.
And a relatively large amount of the amino acids and minerals contained therein, so that even at a high acidity, the mellowness as a taste and sufficient umami were maintained. [0005] On the other hand, the present invention is intended to increase citric acid intake and to recover health by the physiological functions such as the Krebs cycle and the citric acid cycle and to promote health by the calcium absorption effect. However, it is strongly desired that a large amount of alcohol be consumed by drinking. However, although black koji moromi vinegar contains a relatively large amount of amino acids and minerals, these are mixed with strong acidity to create strangeness and taste, and in addition to the acetic acid smell, the odor peculiar to moromi is mixed, Therefore, black koji moromi vinegar alone cannot be used for drinking. [0006] For this reason, in order to be able to drink the black koji moromi vinegar in large quantities to a wide range of consumers, it is essential to remove the moromi odor together with the refreshing feeling and taste.
The inventor has found that even if the black koji moromi vinegar is seasoned and mixed, the amount of citric acid in the black koji moromi vinegar is further enhanced, and a fresh feeling and taste are created. As a result of repeated mixing tests, the required amount of citric acid was further enhanced by mixing passion fruit juice with a specified range of acidity and total sugar value in the required mixing ratio with the required black koji moromi vinegar. It has been confirmed that a health drink that can be sufficiently drunk and that can be sufficiently consumed can be produced by removing odors, and the present invention has been achieved. That is, the present invention further enhances the high citric acid content of black koji moromi vinegar, imparts a refreshing sensation and taste, and removes the odor of moromi. An object of the present invention is to provide a health drink comprising black koji moromi vinegar, which can promote health by promoting the intake of mash. [0008] In order to solve the above-mentioned problems, the technical means adopted by the present invention is to increase the citric acid intake (mg
/ 100 g) contains at least 500 mg or more of black koji moromi vinegar. In addition to suppressing the excessive sweetness in order to enhance the refreshing feeling and taste by seasoning and mixing, it also increases the amount of citric acid during seasoning and mixing. The total sugar value (mg / 100 g) is 3.2 to 4.8 in order to remove the fragrant odor and enable a large amount of drinking.
mg and its acid value (mg / 10g) is at least 55m
g or more of passion fruit juice is present in a health drink composed of black koji moromi vinegar having a composition of 7 to 12% by weight based on black koji moromi vinegar. The present invention has the following functions because it uses the above technical means. That is, black koji moromi vinegar is obtained by pressing the mash after awamori brewing, which is fermented and distilled with black koji and rice koji and yeast, and the amount of citric acid in the total organic acids is remarkably high and the amount of citric acid (mg / 100 g) ) Uses at least 500 mg of black koji moromi vinegar, so that even a small amount of drinking makes it possible to ingest a sufficient amount of citric acid, and the black koji moromi vinegar has a total sugar value (m
g / 100 g) of 3.2 to 4.8 mg and a passion fruit juice having an acid value (mg / 10 g) of at least 55 mg or more are mixed in a weight ratio of 7 to 12%. The substantial amount of citric acid is further enhanced, and the total sugar value is substantially reduced to 7 to 12% by weight, so that the sourness and sweetness do not antagonize. Because passion fruit juice contains about 1.5% by weight of a phenol ether component, not only can the odor of moromi be eliminated and a large amount of alcohol can be consumed, but it can be found in black koji moromi vinegar. The richness and mellowness of relatively large amounts of amino acids and minerals create a medicinal sensation. In the following, the present invention will be described in detail by way of example. In the present invention, citric acid is sufficiently ingested even with a small amount of drinking, as is well known in the Krebs cycle or cuconic acid cycle. Black koji moromi vinegar, which has a remarkably high citric acid content, is selected from the viewpoint of enhancing the effect of recovering fatigue and improving the effect of absorbing calcium to promote health. That is, in general rice vinegar and the like, yeast is Saccharomyces cerevisiae.
The fermentation is carried out using the fermentation. In this fermentation, only about 10% of citric acid is generated in the produced organic acid. On the other hand, brewing of Awamori is based on rice koji only, and steamed rice is mixed with Aspergillus awamori (Aspergillus).
Sawamori) is a rice mold that is grown and prepared by growing a special mold bacterium. Aspergillus awamori is also called black koji mold because it has black spores. Is generated in large quantities, and about 90% of the organic acid produced is citric acid. The black koji moromi vinegar is produced by squeezing the mash after awamori brewing by distillation after fermentation of rice koji, and the citric acid generated in large amounts reduces the pH value of the fermentation liquor. This is the reason why awamori brewing is possible even in the middle of summer in Okinawa without the help of lactic acid bacteria. Of course, black koji moromi vinegar has a black color due to black koji mold, but since aesthetic factors are also important for use as beverages, amber black koji moromi vinegar is obtained by filtering black spores and the like. It is desirable to use it. Further, the black koji moromi vinegar to be used is considered to be about 30 to 60 ml with a small amount of drinking when drinking, so that the citric acid content (mg / 100 g) is at least 500 mg or more, preferably about 700 to 800 mg. Incidentally, Table 1 shows the general components of black koji moromi vinegar produced accompanying the awamori brewing involving the inventor. [Table 1] [0013] Although the black koji moromi vinegar contains a relatively large amount of amino acids and minerals, it also has a high acidity and an unusual taste, and in addition to having a peculiar odor of smell. Not easily drinkable. Therefore, the passion fruit juice is mixed with the black koji moromi vinegar in order to add a refreshing feeling and taste when drinking and to eliminate the odor of the moromi, so that a wide range of consumers can drink a large amount. This passion fruit varies in sugar content and acid content in the juice depending on the number of days of harvest after flowering (the amount of citric acid changes. The sugar content is about 8 at 30 days after flowering and 12 at 40 days after flowering). 58 days after flowering, the sugar content was changed to a maximum of about 17 and the acid content (citric acid amount) was about 4.0% 30 days after flowering, but 40% after flowering.
After 48 days, the acid content reaches a maximum of about 5.0%, and on the 58th day after flowering, the acid content gradually decreases to about 3.6%.
As shown in Table 2, the citric acid content was as high as 2.7% and the squeezed juice 10 days after the flowering 65 days later.
It has a large content of as much as about 2699 mg in terms of 0 g. [Table 2] In addition, when mixing such passion fruit juice, it is essential not only to enhance the total citric acid content by mixing but also to keep the sourness and sweetness from antagonizing when drinking, in order to maintain drinking for a long time. For this reason, it is extremely important to create a refreshing sensation due to sourness and a taste due to subtle sweetness after drinking, and a mixing ratio for eliminating odor of moromi. For this purpose, the total sugar value (mg / 100 g) is 3.2 to 4.8 mg and the acid value (mg / 10 g) is at least 55%.
mg or more of passion fruit juice is mixed with black koji moromi vinegar at a weight ratio of 7 to 12%. In such a case, the passion fruit juice has difficulty in preserving it as it is, and since the juice contains about 1 to 2% starch, it must be removed by centrifugation. It is desirable to use bottles or cans that have been heat-sterilized after filling. It should be noted that when mixing the passion fruit juice, it is desired not only to ingest sufficient citric vinegar even when drinking a small amount, but also to create a medicinal sensation that suggests health promotion. However, if the acidity or sweetness is emphasized more than necessary, there is a possibility that the beverage becomes a simple soft drink. Although the present invention has such a constitution, the taste of refreshing taste, taste or odor of moromi is greatly related to actual drinking and consumption. Thus, the results of mixing the passion fruit juice with black koji moromi vinegar at various ratios and conducting a drinking preference test are shown below. The sample used for the drinking preference test was black koji moromi vinegar whose main components were water 89.7 g, protein 2.1 g, citric acid 610 mg, and a mineral component 5 per 100 g.
Use 6 mg of this product, and use this black koji moromi vinegar as passion fruit juice as a passion fruit juice, whose main components are 4.0 mg in total sugar value per 100 g and citric acid amount is 13.0 mg.
% As a sample 1, and 11.
Sample 7 was mixed at a weight ratio of 7%, and similarly 8.0%
The sample mixed at a weight ratio of Sample 3 and the sample mixed at a weight ratio of 6.0% were used as a sample 4, and black koji moromi vinegar alone was used as a control. [0019] The drinking preference test was conducted by evaluators living in the Tokyo metropolitan area as ages 15 to 24, ages 25 to 34, ages 35 to 44, ages 45 to 54, and ages 55.
The test was performed by a total of 50 persons, each of 5 men and women in each age group from 64 years old to 64 years old. In the drinking preference test method, evaluators were asked to drink 20 ml of each of Samples 1 to 4 and the control, and the refreshing taste (acidity), the taste (sweetness), and the medicinal feeling (umami,
The results were as shown in Table 3 below. [Table 3] As is clear from Table 3, the passion fruit juice is from 7% by weight to 12% by weight of black koji moromi vinegar.
It can be seen that mixing by weight ratio is very suitable. As described above, according to the present invention, black koji moromi vinegar whose citric acid content (mg / 100 g) is at least 500 mg or more has a total sugar value (mg / 100 g) of 3.
7 to 1 passion fruit juices of 2 to 4.8 mg and having an acid value (mg / 100 g) of at least 55 mg or more
Since it is mixed at a 2% weight ratio, the content of citric acid is remarkably high and a refreshing feeling and taste are created, and the fragrant odor is also eliminated. Not only that, even if you drink a little, enough citric acid can be ingested, so the Krebs cycle and the citric acid cycle have antioxidant effects and cholesterol removing effects,
It is a health drink that effectively exerts an alkali retention effect and an anti-fatigue effect by suppressing lactic acid, and achieves an excellent health promotion effect.

Claims (1)

【特許請求の範囲】 【請求項1】 そのクエン酸量(mg/100g)が少
なくとも500mg以上の黒麹もろみ酢に対して、その
全糖値(mg/100g)が3.2乃至4.8mgで且
酸値(mg/10g)が少なくとも55mg以上のパッ
ションフルーツ搾汁が、7乃至12%重量割合で混合さ
れてなることを特徴とする黒麹もろみ酢からなる健康飲
料。
Claims 1. A black koji moromi vinegar having a citric acid content (mg / 100 g) of at least 500 mg or more has a total sugar value (mg / 100 g) of 3.2 to 4.8 mg. A health drink comprising black koji moromi vinegar, wherein passion fruit juice having an acid value (mg / 10 g) of at least 55 mg or more is mixed at a weight ratio of 7 to 12%.
JP2001338639A 2001-09-28 2001-09-28 Health drink made of black potato moromi vinegar Expired - Fee Related JP3697659B2 (en)

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2005058306A1 (en) * 2003-12-16 2005-06-30 Riken Glutamine-containing energy imparting amino acid composition or amino acid solution
JP2013031407A (en) * 2011-08-02 2013-02-14 Kurei Okinawa:Kk Refined soy sauce vinegar and method of manufacturing the same
JP2014209896A (en) * 2013-04-19 2014-11-13 有限会社インターリンク沖縄 Health beverage including black koji unrefined vinegar
CN111304046A (en) * 2020-04-24 2020-06-19 南国百乐(福安)食品科技有限公司 Grape fruit vinegar brewing method

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2005058306A1 (en) * 2003-12-16 2005-06-30 Riken Glutamine-containing energy imparting amino acid composition or amino acid solution
JP2013031407A (en) * 2011-08-02 2013-02-14 Kurei Okinawa:Kk Refined soy sauce vinegar and method of manufacturing the same
JP2014209896A (en) * 2013-04-19 2014-11-13 有限会社インターリンク沖縄 Health beverage including black koji unrefined vinegar
CN111304046A (en) * 2020-04-24 2020-06-19 南国百乐(福安)食品科技有限公司 Grape fruit vinegar brewing method

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