JPS63116674A - Algae sauce or raw material thereof - Google Patents
Algae sauce or raw material thereofInfo
- Publication number
- JPS63116674A JPS63116674A JP61262039A JP26203986A JPS63116674A JP S63116674 A JPS63116674 A JP S63116674A JP 61262039 A JP61262039 A JP 61262039A JP 26203986 A JP26203986 A JP 26203986A JP S63116674 A JPS63116674 A JP S63116674A
- Authority
- JP
- Japan
- Prior art keywords
- sauce
- algae
- acid
- agar
- extract
- 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.)
- Pending
Links
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- 230000003472 neutralizing effect Effects 0.000 description 1
- 235000016709 nutrition Nutrition 0.000 description 1
- 230000003287 optical effect Effects 0.000 description 1
- 150000007524 organic acids Chemical class 0.000 description 1
- 235000005985 organic acids Nutrition 0.000 description 1
- 239000013618 particulate matter Substances 0.000 description 1
- 239000001814 pectin Substances 0.000 description 1
- 229920001277 pectin Polymers 0.000 description 1
- 235000010987 pectin Nutrition 0.000 description 1
- 230000035699 permeability Effects 0.000 description 1
- 230000000144 pharmacologic effect Effects 0.000 description 1
- 238000000053 physical method Methods 0.000 description 1
- 229920001282 polysaccharide Polymers 0.000 description 1
- 239000005017 polysaccharide Substances 0.000 description 1
- 150000004804 polysaccharides Chemical class 0.000 description 1
- 235000020777 polyunsaturated fatty acids Nutrition 0.000 description 1
- 235000015277 pork Nutrition 0.000 description 1
- 239000001103 potassium chloride Substances 0.000 description 1
- 235000011164 potassium chloride Nutrition 0.000 description 1
- 239000002244 precipitate Substances 0.000 description 1
- 238000004321 preservation Methods 0.000 description 1
- 239000003755 preservative agent Substances 0.000 description 1
- 230000002335 preservative effect Effects 0.000 description 1
- 238000012545 processing Methods 0.000 description 1
- 239000003531 protein hydrolysate Substances 0.000 description 1
- 235000014438 salad dressings Nutrition 0.000 description 1
- 235000019643 salty taste Nutrition 0.000 description 1
- 238000004062 sedimentation Methods 0.000 description 1
- 230000035807 sensation Effects 0.000 description 1
- 235000019615 sensations Nutrition 0.000 description 1
- 230000001953 sensory effect Effects 0.000 description 1
- 238000000926 separation method Methods 0.000 description 1
- 210000003491 skin Anatomy 0.000 description 1
- 235000002639 sodium chloride Nutrition 0.000 description 1
- GCLGEJMYGQKIIW-UHFFFAOYSA-H sodium hexametaphosphate Chemical compound [Na]OP1(=O)OP(=O)(O[Na])OP(=O)(O[Na])OP(=O)(O[Na])OP(=O)(O[Na])OP(=O)(O[Na])O1 GCLGEJMYGQKIIW-UHFFFAOYSA-H 0.000 description 1
- 235000019982 sodium hexametaphosphate Nutrition 0.000 description 1
- 235000011121 sodium hydroxide Nutrition 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
- 239000002904 solvent Substances 0.000 description 1
- 239000000600 sorbitol Substances 0.000 description 1
- 235000013599 spices Nutrition 0.000 description 1
- 230000001954 sterilising effect Effects 0.000 description 1
- 238000004659 sterilization and disinfection Methods 0.000 description 1
- 230000000638 stimulation Effects 0.000 description 1
- 230000008961 swelling Effects 0.000 description 1
- 239000006188 syrup Substances 0.000 description 1
- 235000020357 syrup Nutrition 0.000 description 1
- 239000001577 tetrasodium phosphonato phosphate Substances 0.000 description 1
- 239000002562 thickening agent Substances 0.000 description 1
- 208000013076 thyroid tumor Diseases 0.000 description 1
- 235000013976 turmeric Nutrition 0.000 description 1
- 235000015112 vegetable and seed oil Nutrition 0.000 description 1
- 239000008158 vegetable oil Substances 0.000 description 1
- 239000011345 viscous material Substances 0.000 description 1
- 239000002351 wastewater Substances 0.000 description 1
- 238000010947 wet-dispersion method Methods 0.000 description 1
- 235000012794 white bread Nutrition 0.000 description 1
- 239000002023 wood Substances 0.000 description 1
Landscapes
- Seeds, Soups, And Other Foods (AREA)
Abstract
Description
【発明の詳細な説明】
本発明は藻類エキス又は藻類の微粒化物を食品ン゛ゝ
として利用するに際し、エダ味、桐Aを伴う動感tなく
シ、且つ食事に際して溝様風味の生きる藻類ソースに関
する。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a living algae source that does not have an eda taste or a dynamic feeling accompanied by paulownia A when using an algae extract or a micronized product as a food ingredient, and has a groove-like flavor when eaten. .
従来、藻類は薬理効果物質源、ミネラル等の栄養保全素
源、酸性多楯類尋のダイエタリー7アイバー(Diet
ary fiber l源として広く認識されている。Traditionally, algae has been used as a source of pharmacologically effective substances, a source of nutritional preservation elements such as minerals, and a dietary supplement for acidic polyesters.
It is widely recognized as a source of aryl fiber.
しかし、一方消化が悪く、そのま\排泄されることでも
知られている。このような観点から藻類エキス又はm類
の微粒化物は、合理的な食品と考える。しかし、好まれ
ないニゲ味、a泉や時として生ぐささから風味が悪く、
だしとして稀薄溶液で使用されているにすぎない。又、
微生物増殖のよい培地であるので腐敗しやすく、保存性
を高めるため、高い食塩濃度(市販のこんぶだしの素(
濃縮液)は食塩濃度約10−又はそれ以上)が要求され
る。市販のこんぶだしの素?使用しても使用量は僅少で
ある。又、市販のこんぶの素管納豆のたれとして使用し
た場合、こんぶの風味が消え、海藻エキスの効果が激減
するので、僑油やカラ7が常用されているのが現状であ
る。保健食品の立場から量的に多く常用する機会の多い
ものとして前記納豆かある。しかし納豆単用は、甲状腺
腫瘍発病の危険性もあり、ヨード含有物と混食するのが
理想であるが、この理想?夾現した海藻ソースは見当ら
ない。次に、野菜サラダ等のコールxo−ソース(Co
1e alaw 5auce lとして、大址の植物油
′1に混用するド17ツシングソースが一般に用いられ
ているが、油は筒カロリー食品でおり、現在のごネルキ
ー1m取過剰の人にとって鞘製油の抽取は出来る丈避け
ることが望ましい。このことi′i、日本経済新開(昭
和59年6月9日)の「食べてやせる」の欄に、油は食
物中に含まれたま一搦取し、「精製油は績取しない」と
いシ紹和大医学部。However, it is also known to be poorly digested and excreted intact. From this point of view, algae extracts or micronized products of class M are considered to be rational foods. However, it has a bad flavor due to the unpleasant bitter taste, aquatic springs, and sometimes raw grass.
It is only used in dilute solution as a stock. or,
Because it is a medium that allows microorganisms to grow easily, it is easily spoiled, and in order to improve its shelf life, a high salt concentration (commercially available kelp stock base) is used.
Concentrates) require a salt concentration of about 10- or more. Commercially available kelp soup base? Even if it is used, the amount used is very small. Furthermore, when commercially available kombu is used as a sauce for natto, the flavor of the kombu disappears and the effect of the seaweed extract is drastically reduced, so at present, foreign oils and Kara 7 are commonly used. From the perspective of a health food, the aforementioned natto is one that is frequently used in large quantities. However, eating natto alone carries the risk of developing thyroid tumors, and ideally it should be mixed with foods containing iodine, but is this ideal? No seaweed sauce was found. Next, add cole xo-sauce (Co) to vegetable salad, etc.
As for 1e alaw 5auce l, do17tsusing sauce is commonly used which is mixed with vegetable oil '1, but the oil is a calorie food, and for people who currently consume too much of the oil, extracting the oil from the pods is not recommended. It is desirable to avoid as long as possible. Regarding this, in the ``Eat and lose weight'' section of the Japan Economic New Development (June 9, 1988), it is stated that oil is only included in food, and that ``refined oil is not counted.'' Shi Shaohe University School of Medicine.
鈴木氏の提首もあり、高度不飽和脂肪酸?含む藻#i全
利用することは有意義である。1〜かし、油含量の低い
このような目的に沿う海藻ソースは見当らない。Mr. Suzuki also suggested that polyunsaturated fatty acids? It is meaningful to utilize all of the algae #i. No seaweed sauce with a low oil content that meets this purpose has been found.
取
本発明人は、比較的揚種回数の多い食品【選出して、こ
れらと同時に食べる線類賞品について種々検創した結果
1、藻類エキス又は藻類の微粒化物の液性が、pi(2
5〜5.0である糊英のない藻類ソース、又は藻類ソー
スの素拐とするこ、と11?′より、本願の目的1に達
成すること?見出L2、本発明を完成しまた。The inventor of Torimoto conducted various examinations on food products that are frequently harvested and eaten at the same time.
5 to 5.0, the algae sauce without starch, or the algae sauce must be prepared, and 11? ', to achieve purpose 1 of the present application? Heading L2, Completing the invention.
又、更に上記μ42.5 ”= 5゜0でおる凍類ンー
ス又はその素材+cスピルリナ+ 5pirulina
! 。In addition, the above-mentioned frozen substance or its material + c spirulina + 5 pirulina with μ42.5'' = 5°0
! .
7 ルスIJ−,,,,<ビ’> (Arthrosp
tra ] 、アナベナ[Anabena l 等の藍
m 類t Bl’lle A14(a、o l又11ス
イゼンジノリ(Aphaxi、at、hoao ) 、
りKI I/う(Cb、1orolla l 等の緑1
し紫蘇、パセリ静の有色野菜又−2こfi−らの融凰・
物や抽出物?含有させてな4〉藻類ソース又(づイ、”
の木材は、その色香。7 Russ IJ-,,,,<Bi'> (Arthrosp
tra], Anabaena [Aphaxi, at, hoao],
riKI I/U (Cb, 1orolla l etc. green 1
Shiso, parsley, colored vegetables and 2 pieces of mellow
substances or extracts? 4〉Algae sauce also added (zui)
The wood has its color and aroma.
風味共P仁大きく改善さ〕1−イ)ことも判明した。It was also found that the flavor and taste were greatly improved.
次に、小発明に°りいて鮮細に駅り1する。Next, I will focus on small inventions and make a detailed study.
採用゛・へれる原料ix、食品e(なりンる安全な藻類
であ−・ゾL1通常、コンブ、ワカメ、カジノ、アラメ
、ヒジキ、ツルモ、ホンタヮラ、ナンヵイコンブ、ジ咋
イアントヶルブ、lニバγり等の褐藻類。Adopted raw materials ix, food products (safe algae) ・L1 normal, kelp, seaweed, casino, arame, hijiki, tsurumo, konbu, konbu konbu, jikui ianto kelp, niba gamma, etc. brown algae.
テングサ、ヒ2クザ、ユキノイリ、キントキ、リュウモ
ンソー、アカバ、キリンツィ、ツノマタ。Amanita, Hijikuza, Yukinoiri, Golden Ibis, Ryumonceau, Akaba, Kirintsui, and Tsunomata.
トチャカ、ギンナンンー・、スギノリ、メゴノリ。Tochaka, Ginkgo, Suginori, and Megonori.
ダルス、エゴノリ、ンゾ瞬の紅藻類、この他、アナベナ
、スピルリナ、アルスロスビラ等の延線@、又hクロレ
ラ、スイゼンジノリ等の緑藻類、又は珪櫟類が用いらn
、特に加ニレなくても粘性?示す珪礫、藍涼、緑捧翻の
場合は加熱してそのま一原料としうる。又、粘性の小さ
い監象、緑藻類の場合は着色、風味改善等の目的で付−
々値?高めるため、褐藻類、紅藻類と混用することが望
ましカリ処理、極性溶媒処理、自己融解処理等により細
fI!1膜の選択的膜透過性を失わせたもの、又は色素
類を多く含む固い表皮部組織の内層(下層1組織t′構
成するIIal胞集団を1〜数個の細胞単位に微粒化し
丸もの2使用するのが有利でるる。In addition, red algae such as dulse, Egonori, and Shun, as well as anabaena, spirulina, and Arthrosvira, green algae such as chlorella, and silica are used.
, especially viscous even without elm? In the case of silica, indigo, and green quartz, they can be heated and used as raw materials. In addition, in the case of small viscous substances and green algae, it is added for the purpose of coloring, improving flavor, etc.
Value? In order to increase the fI, it is desirable to use it in combination with brown algae and red algae. The selective membrane permeability of the 1 membrane has been lost, or the inner layer of the hard epidermal tissue containing a large amount of pigments (lower layer 1 tissue t', which consists of a population of IIal cells that has been atomized into one to several cell units and rounded) It is advantageous to use 2.
次に本願で使用する線類エキスとは、酸性、中性、アル
1カリ性の水、又は水#故で常法により異臭(水の沸点
以上、10分以上の加熱で出fすい)會伴わないように
抽出されたものであって、通奮原料櫟の細断物が使用さ
れ、抽出液と残流とに分離した浴液である。そして、抽
出エキスは涼科泳の含有する酸性多糖類(硫酸基含不多
糖でおりに最もよい)葡含み粘性を示す抽出エキスが最
も望ましく、市琳ノのこんぶだしの累の場合は沃素分?
含むので海藻ソースの原料としうる。、l!!に、カラ
ギーナン。寒天、ゼラチン、ワキンコーンスターチ等の
α化物等の増粘剤全添加(2て付層性?与えソースとす
ることが好筐1−いe、什し納見。六マイモ、オクラ等
粘性?有する食品のたれとす、?3場合はこの限りでは
ない。L、かじ、市販のこんぶだL2の素は、食塩分が
多いので、多く使用することは問題がある。Next, the line extract used in this application refers to acidic, neutral, alkaline water, or water that has an unusual odor (which can be removed by heating above the boiling point of water for 10 minutes or more) using a conventional method. This is a bath liquid that is extracted without any residue, using shredded aerated raw material turmeric, and separated into an extract and a residual stream. The most desirable extract is one containing acidic polysaccharides (polysaccharides that do not contain sulfate groups, which are best for cooking) and viscosity, such as those contained in Suzoshika Ei. ?
It can be used as a raw material for seaweed sauce. ,l! ! and carrageenan. Full addition of thickeners such as gelatinized products such as agar, gelatin, and cornstarch (2. Layering property? It is preferable to use it as a source.1. This does not apply to the case of food sauces.L, Kaji, and commercially available konbuta L2 base contain a lot of salt, so there is a problem if you use too much of it.
次に1〜数個の細胞単位の做粒化物?作るfcは化学的
方法と物理的方法がある。化学的方法!′j:水の存在
下クエン酸、燐酸(重合燐酸を含む)又はそのアルカリ
土類金属イオン封鎖剤(本願の場合、炭酸塩の使用は海
藻ソース中に伺時迄も値細気泡が残るので好筐しくない
)又は、高い声でカルシウム等を沈澱させるアルカリ金
属を用いて、常温又は加温して藻類全膨潤溶解する常法
によって行なうことが出来る。本願に於て常法と異る点
ねキに藻体の細胞溶解物であってはならず、光学klA
微鏡観察によって色素#1を多く含む固い表皮部、(層
)組織の内層(下層)組織を構成する細胞集団が1ス数
個、好ましくは単一細胞にバラバラになって居り、且つ
金也イオン封鎖剤によジ損傷を受けた細胞は、細胞固液
の流出はあってもよいが、vg1図に例示したように少
なくとも細胞内の微粒子物質は細胞層内に残留して居る
ことが必須条件である。細胞膜がこれ以上の損傷を受け
ると−25〜5.0としても消えない秘奥が発生するの
で、まず(/′>ソースとなる。尚、光学顕倣鐘観原の
際、スライドグラス上のサンプルにカバーグラス?のせ
、指圧固定した時にljiすれて単一細胞に分散又は数
個の細胞塊と混在する程度に分散して居れば必須侠件を
みたしているといえる。又、前記好ましい条件?満足し
た壕微粒化物?インパクトセルミル(マントンゴーリン
グタイプの均質化器lや超音波等の微分散機にかけた場
合は、a施膜が破れ細胞内に残存する細胞内微粒子の確
認は出来((くいことがある。しかし、 pH2,5〜
5.0としても消えない糊臭が出来るので、官能的に必
須要件を満しているか否かの判定が出来る。本発明人は
実験により酸性多糖類は、前記内層組織に多く含まれ、
且つ前記本願の最も強い微粒化条件?満足して居れば含
有する酸性多糖類は殆んど(80重童−以上)浴出して
居υ、この礫類微粒化物倉利用し7てゲル化成形食品2
作る場合、糊臭の強い発生が見らする迄敵化過溶解した
ものと略同様の固さ又扛高温加l$4溶解しまたものよ
り固いゲル化物が得られることt確認して居り、実用」
:差がないか、むしろ好ましいものかえられる。Next, what about granules of one to several cells? There are two ways to create fc: chemical and physical. Chemical method! 'j: In the presence of water, citric acid, phosphoric acid (including polymerized phosphoric acid), or their alkaline earth metal ion sequestering agent (in the case of this application, carbonate is not used because small bubbles will remain in the seaweed sauce until the time of cooking). Alternatively, the algae can be completely swollen and dissolved by using an alkali metal that precipitates calcium or the like at room temperature or by heating. In this application, unlike conventional methods, it must not be a cell lysate of algae, and optical klA
Microscopic observation revealed that the hard epidermis containing a large amount of pigment #1, the cell population constituting the inner layer (lower layer) tissue, was broken up into several cells, preferably single cells, and Kinya. Cells that have been damaged by an ion sequestering agent may have outflow of cell solids, but it is essential that at least particulate matter within the cells remains within the cell layer, as illustrated in figure vg1. It is a condition. If the cell membrane is damaged more than this, secret secrets will occur that will not disappear even if the cell membrane is -25 to 5. When placed on a cover glass and fixed with acupressure, it can be said that the essential conditions are met if the cells are rubbed and dispersed into single cells or mixed with several cell clusters.Also, the above-mentioned preferable conditions are met. ?Satisfied trench atomized product?If it is applied to an impact cell mill (Manton Goring type homogenizer l or a microdispersion machine using ultrasonic waves, etc.), the coating will be broken and intracellular fine particles remaining in the cells cannot be confirmed ( (It may be difficult. However, if the pH is 2.5~
Even with a rating of 5.0, a glue odor that does not go away is produced, so it is possible to determine whether or not the essential requirements are sensually satisfied. The present inventor has experimentally found that acidic polysaccharides are contained in large amounts in the inner layer tissue,
And the strongest atomization condition of the present application? If the condition is satisfied, most of the acidic polysaccharides (more than 80%) have been extracted from the bath, and this gravel atomized material storage can be used to make gelled molded food 2.
When making it, it has been confirmed that a gelled product with almost the same hardness as that obtained by over-dissolving until a strong starch odor is observed, and which is harder than that obtained by melting at a high temperature of 1 $ 4, has been confirmed. Practical
: There is no difference, or in fact, you can change to something more favorable.
次に物理的方法は藻?グラインダータイプの磨砕fi+
スリー〇−/l/ミル(Three−roll−mil
l l ’p。Next is the physical method of algae? Grinder type grinding fi+
Three-roll-mil
l l'p.
ガラスと−ズ等の小ボール?使用゛するサンドミルグラ
インダー(Sand−ml、ll−grinder 1
等の湿式分散機V用い、ヌ、乾式微粉砕機、?用いて1
00メツシ以下cfm下)好ましく1″t200メツシ
以下の微加えて内容物ヲ亀、出する。この場合、アルカ
リ金属、アルカリ土類金属、金属イオン封鎖剤?併存さ
せることが好ましく7.最も好1しくに重合燐酸。Small balls such as glass and -zu? Sand mill grinder used (Sand-ml, ll-grinder 1
Using a wet dispersion machine such as V, Nu, dry pulverizer, etc. using 1
7.Most preferred 1) In this case, alkali metals, alkaline earth metals, and metal ion sequestering agents are preferably used together.7.Most preferred 1. Especially polymerized phosphoric acid.
クエン酸尋のオキシ酸又はこtら酸と糖及び/、5?は
多価アルコール添加によって内容物ゲ史に効果的に溶出
しうる。クロレラ、スピルリナ尋テハ、混合した後%μ
(2,,5〜5.0とすることにより一層安定し友緑色
香気藻類ソースが得られ、且つ味は調味添加物?引立て
、マイルド(fViild、 )となる。Citric acid, oxyacid or trephic acid and sugar and/or 5? can be effectively eluted into the contents by adding polyhydric alcohol. Chlorella, Spirulina Hirotaeha,% μ after mixing
(By setting the value to 2,5 to 5.0, a more stable green aromatic algae sauce can be obtained, and the taste will be mild (fViild, ), complementing the flavor of seasoning additives.
藻類エキスの抽出線類の微粒化、又は殺菌の目的で加熱
する時は、酸性異臭、アルカリ異臭、加熱異臭が発生し
やすく、…4〜10好壕しくは田4.5〜9の範囲5温
度は水の沸点以下、好ましくは95℃以下、又は水の沸
点以上の高謳殺函では熱交換式瞬間殺IGcよることが
好ましい。When heating the extracted lines of algae extract for the purpose of atomization or sterilization, acidic odor, alkaline odor, and heating odor are likely to occur. When the temperature is below the boiling point of water, preferably below 95° C., or above the boiling point of water, it is preferable to use a heat exchange type instant killing IGc.
次に、エタノール処理酸処理、アルカリ処理について更
に留意点を記す。海藻エキス2作る時、香気成分tコる
ため、エタノール尋の惚性溶媒が使用されることがめる
が、高練度で使用すると、抽出完了後これら溶媒會除去
する必要が1L蒸発の際抽出した香気が一緒に失わ九る
。悪臭のめる原料や原料の処理条件から異臭が出たシ、
酪酸等?併用した場合は脱芙工程が必女となるが、その
他の場合は蒸発工程で折角抽出した香気がエタノールと
一緒に失わ九る。このことは、香気成分が抽出されても
工程が複雑になる丈で意味がないし、又香気成分回収の
ため^価な分留設備が必要となる。従って、エタノール
等を使用する場合はエタノール濃ixo%−以下、通常
9〜1※チで防腐剤tかねて使用する。例えば、9ス
チの↓りな高#j?、度の時は抽出用添加水量を少なく
して高濃度抽出’ik作り、適当なa度に稀釈する等の
手段?講ずればよい。しかし、エタノールは相剰的罠魚
臭成分?強めるので抽出時注意が必要である。又、製品
中に残存″するエタノール濃度は5チ以下、3〜IV/
V 饅が適当である。但し、イソプロハ、ノールは佃出
後%塩@度?高めることにより浮上分離させて除去出来
ること?本発明人は確認して居9.高濃度で使用出来る
1准−のものでおる。Next, further points to note regarding ethanol treatment, acid treatment, and alkali treatment are described. When making Seaweed Extract 2, it is recommended that ethanol be used as an aromatic solvent because the aromatic components are lost, but if used at a high concentration, it is necessary to remove these solvents after 1L of extraction is completed. The aroma is lost along with it. If the raw material has a foul odor or the raw material processing conditions have caused a foul odor,
Butyric acid etc? When used together, the removal process is necessary, but in other cases, the aroma that has been painstakingly extracted will be lost together with the ethanol during the evaporation process. This is meaningless since the process becomes complicated even if the aroma components are extracted, and expensive fractional distillation equipment is required to recover the aroma components. Therefore, if ethanol or the like is used, it should be used as a preservative, usually at a concentration of 9 to 1 * % or less. For example, 9th
Chi's ↓ Rina Taka#j? , when the amount of water is low, reduce the amount of water added for extraction to make a highly concentrated extraction 'ik, and dilute it to an appropriate degree? Just take a lecture. However, is ethanol a complementary trap fish odor component? Be careful when extracting as it strengthens the water. In addition, the concentration of ethanol remaining in the product is 5% or less, 3~IV/
V Steamed rice cake is appropriate. However, isoproha and nol are % salt @ degree after Tsukudade? Can it be removed by flotation and separation by increasing the height? The inventor has confirmed that 9. It is a 1st grade product that can be used at high concentrations.
=10=
又、酸性抽出法?採用する場合、例えば、釧路厚葉や日
高の市販コンブは1合燐酸又はクエン酸。=10= Also, acidic extraction method? For example, commercially available kelp from Kushiro Atsuba and Hidaka uses monophosphoric acid or citric acid.
リンゴ酸、1石酸、乳酸等のオキシ酸又はこn、ら酸?
含有する果汁又はυ遺品?使用すると、…a、5位の低
−1でも他の酸に比べ沫体の膨潤度高く、ミネラルは勿
論、一部酸性多楯類や香味成分の抽出が行なわれるので
最も好ましい。他の有機酸、例えばフマール酸、醋酸等
はpH& 8〜4例えば、日高コンブ100fK配奴約
2〜32使用の場合に前記酸程度の抽出が始まる。尚、
BrR抽出の場合、濃縮操作によt)醋酸が揮発する
のでpl調整に留意することと、酸刺戟臭のため使用す
る食品にエフでは腐敗臭と誤解されるので要注意である
。Oxyacids such as malic acid, monotaric acid, lactic acid, etc. or ethyl acids?
Contains fruit juice or υ belongings? When used, it is most preferable because the swelling degree of the shell body is higher than that of other acids, and minerals, as well as some acidic polyesters and flavor components, can be extracted even with the low-1 at the a and 5 positions. Other organic acids, such as fumaric acid and acetic acid, start to be extracted at pH 8 to 4, for example, when Hidaka kelp 100fK is used at a concentration of about 2 to 32. still,
In the case of BrR extraction, acetic acid volatilizes during the concentration operation, so care must be taken to adjust the PL, and the acid-stimulating odor may be mistaken as a putrid odor in the food used, so care must be taken.
又、酸性抽出に際してグルコース、シス−クロース、マ
ルチトール等の糖類やソルビット等の多価アルコールの
併用は、抽出効果?高め、エキス中に残存してもニゲ床
や酸刺戟味等の改善効果があるので、ソース類製造の有
効な手段である。この改善効果は抽出後のエキスやスラ
リーに添加しても有効である。こ九ら酸又は酸と楯で処
理する場合は原料涼1縁に対しO16〜1.5グラム当
量(通常4〜9グラム当量が使用されている]の金属イ
オンΦレート剤添加により細胞1〜数個にバラバラにな
ったスラリー?得ることが出来、しかも異臭発生音抑制
しやすくなる。添加酸蓋が少ないということは、中和剤
としてのアルカリ量も少なくてすみ、ナトリウム含量の
少ないソースが出来るので、海藻ソースの使用量を一層
増加出米、又、飲料としても使用出来る。Also, during acidic extraction, does the combined use of sugars such as glucose, cis-glucose, and maltitol, and polyhydric alcohols such as sorbitol increase the extraction effect? Even if it remains in the extract, it has the effect of improving bitterness and acidic taste, so it is an effective means for producing sauces. This improving effect is also effective when added to the extract or slurry after extraction. When treating with kyuraic acid or an acid and a shield, the metal ion Φ rate agent is added in an amount of O16 to 1.5 gram equivalents (usually 4 to 9 gram equivalents are used) to one edge of the raw material. It is possible to obtain a slurry that has been broken up into several pieces, and it is also easier to suppress the noise generated by off-flavors.The fact that there is less acid added means that the amount of alkali as a neutralizing agent is also less, and sauces with low sodium content can be obtained. Therefore, the amount of seaweed sauce used can be further increased, and it can also be used as a beverage.
酸処理に関して、本願の最も経済的方法として100メ
ツシ以下(m下]好ましくは200メツシ以下の溝棒粉
末IKtK対し0.1〜4グラム当量、好ましくは0.
3〜3グラム当量(別に≠5以上のアルカリ性物質、例
えばアラニン、リジン等のアミノ酸やアルカリ性基?添
加した時は増量する。]を添加した混合粉末(水?加え
、スラリーとした時−15〜2.5となるように調合し
た粉末)全ソースの素(モト)とし、直接、食品9例え
ば納豆にふりかけても液体ソースと同様効果があり、又
、20〜100℃の水を加え、混合撹拌して液体ソース
として使用しても同様効果が得られる。特に重合燐酸、
オキシ酸又はオキシ酸と糖及び/又はアルコールの添加
によってpie潤抽出効果を高めることが好ましい。Regarding the acid treatment, the most economical method of the present application is 0.1 to 4 gram equivalents, preferably 0.1 to 4 g equivalent per groove bar powder IKtK of not more than 100 meshes (under m), preferably not more than 200 meshes.
Mixed powder (when water is added and made into a slurry, increase the amount when adding ≠ 5 or more alkaline substances, such as amino acids and alkaline groups such as alanine and lysine, etc.) in an amount of 3 to 3 grams. Powder mixed to give 2.5) as a base for all sauces, and sprinkled directly onto foods such as natto, it has the same effect as liquid sauce; The same effect can be obtained by stirring and using it as a liquid sauce.Especially with polymerized phosphoric acid,
It is preferable to enhance the pie moisturizing effect by adding oxyacid or oxyacid and sugar and/or alcohol.
アルカリ処理では、アルカリ金属又はアルカリ土類金M
lアンそニア等の水酸化物、又は弱酸との塩を使用する
が、風味の点からナトリウム、カリワムを主として用い
、補足的に他のアルカリ土類金属、アンモニア?使用す
ることが望ましい。In alkaline treatment, alkali metal or alkaline earth gold M
A hydroxide such as anthonia or a salt with a weak acid is used, but from the point of view of flavor, sodium and potassium hydroxide are mainly used, and other alkaline earth metals, ammonia, etc. are used supplementarily. It is desirable to use it.
上記方法によって得られた海藻エキス又は海藻微粒化瞼
は−12,,5〜5以外の場合、殺菌し、又は殺菌せず
に塩酸、硫酸、燐酸等の鉱酸1食酢、フマール酸、オキ
シ酸、アジピン酸等、又はこ九ら酸含有物全龜加し、(
又は糖と乳酸菌を加え、乳酸?生成させ、−倉低下させ
てもよい)−が低すぎる時はアルカリ金属、アルカリ土
類金属の水酸化物又は弱酸との塩を添加して5pHi調
整し、そのl\又は粉末として液性がpi+ 2..5
〜5.0.好ましくはpI′(3〜4.6である藻類ソ
ースとする。If the seaweed extract or seaweed atomized eyelid obtained by the above method is other than -12, 5 to 5, it is sterilized or unsterilized with 1 mineral acid such as hydrochloric acid, sulfuric acid, phosphoric acid, vinegar, fumaric acid, oxyacid. , adipic acid, etc., or all the substances containing chloric acid, (
Or add sugar and lactic acid bacteria to make lactic acid? If the pH is too low, adjust the pH to 5 by adding hydroxides of alkali metals or alkaline earth metals or salts with weak acids. pi+2. .. 5
~5.0. Preferably, the algae source has a pI' (3 to 4.6).
紅腺類、縁櫟類の中には、酸性多糖類−度が0、4〜0
.61以上でゲル化する場合が多いが、撹拌しつ\冷却
し、又はゲル化したもの全砕細することにより海藻ソー
スとするか、40〜60℃の溶液として添加使用し、冷
却後ゲル化させ、ゼラチンソース同様に使用出来る。又
は、解重合してソースとすることも出来る。又、褐藻類
には味のよいものが多いので紅藻類と混用することVC
より好みにあうサラパリした食感のよいソースかえられ
る。又、褐藻類単用でもゲル化剤?混合し、ゲル化させ
た後砕細しつ\pH2,5〜5として食感?変化させる
ことが出来る。又、α化アミロペクチン(モチ米、モチ
トウモロコシのα化物@ I k 添加して曳糸性改嵜
が出来る。この他、寒天、アルギン酸、カラギーナン、
ペクチン又はこれら含有物の小粒成形物又は裸体の膨潤
砕片を混合し、藻類食品のイメージを高める方法もある
。Some of the red glands and ligaments contain acidic polysaccharides with a degree of 0, 4 to 0.
.. It often gels at temperatures above 61°C, but it can be made into a seaweed sauce by stirring and cooling, or by crushing the gelled product, or by adding it as a solution at 40 to 60°C, and gelling after cooling. It can be used in the same way as gelatin sauce. Alternatively, it can be depolymerized and used as a sauce. Also, many brown algae have good taste, so they should be used in combination with red algae.
You can change the sauce to have a smoother texture that better suits your taste. Also, is it a gelling agent for brown algae alone? After mixing and gelatinizing, the texture is crushed as \pH 2,5~5. It can be changed. In addition, stringiness can be improved by adding gelatinized amylopectin (gelatinized product of waxy rice and waxy corn @Ik).In addition, agar, alginic acid, carrageenan,
There is also a method of enhancing the image of algae foods by mixing small molded articles or naked swollen crushed pieces of pectin or substances containing these substances.
以上得られるエキス、又はスラリー(ペーストv含tr
ltz、そ(Di\又nスピルリナ(8pirulff
ina lア/l/ スC1スビ、l) (Arthr
ospira l 、 7ナベナ(Anabena 1
等の藍橡類、スイゼンジノリ(Aphanatheae
) 、ミル(Cadfum l 、クロレラ(Chl
orellm 1等oas類、m藻w(&cillar
fophyceae ) 、紫蘇、パセリ等の有色野菜
又はこれらの融解物、抽出物、卵、牛乳、チーズ、ホエ
ー、化学調味料、糖類、多価アルコール。The extract or slurry obtained above (including paste v)
ltz, so(Di\mata n spirulina (8pirulff)
ina l a/l/ sC1 subi, l) (Arthr
ospira l, Anabena 1
Indigo plants such as Aphanatheae
), mil (Cadfum l), chlorella (Chl
orellm 1st class oas, m algae w(&cillar
fophyceae), perilla, parsley, or their melts, extracts, eggs, milk, cheese, whey, chemical seasonings, sugars, polyhydric alcohols.
エタノール、動物抽出エキス、酢母エキス、血粉。Ethanol, animal extract, mother of vinegar extract, blood meal.
血漿、脩油、味噌、蛋白加水分解物、シクロデキストリ
ノ、香料、香辛料、酸味果汁を添加し、好みの粘度に稀
釈又はa縮し、液性が聞5〜2.5以外ならば酸味料又
は酸性の果汁、梅酢等又はアルカリ性物質會加えて−’
l−!!14盛し、−25〜5好ましくは−3〜4.6
を保持したソース又はソースの素材をうる。上記の中、
藍S類、緑藻類、パセリ。Add plasma, linseed oil, miso, protein hydrolyzate, cyclodextrino, fragrance, spices, and sour fruit juice, dilute or reduce to desired viscosity, and use acidulant if the liquid consistency is other than 5 to 2.5. Or add acidic fruit juice, plum vinegar, etc. or alkaline substances.
l-! ! 14 servings, -25 to 5 preferably -3 to 4.6
Obtain the source or source material that retains the Among the above,
Indigo species, green algae, parsley.
ホーレン草、血粉、紫蘇は乾燥原料藻類に対し0.5重
量%の添加でも美麗な色調となり、又、藍礫類、緑櫟類
、糖類、多価アルコール、動物エキス、#母エキス、ミ
リン、普油、血漿の添加によて最も効果のあるものは藍
藻類、緑藻類であった。Spinach, blood meal, and perilla give a beautiful color tone even when added at 0.5% by weight to the dry raw material algae, and are also added to indigo grains, green locus, sugars, polyhydric alcohols, animal extracts, #mother extract, mirin, The most effective effects of the addition of oil and plasma were on blue-green algae and green algae.
本発明?実施することによフ、納豆、ljA@、トコロ
テン、s?シ几し、豆腐、かまぼこ、はんぺん。Invention? By implementation, natto, ljA@, tokoroten, s? Shirin, tofu, kamaboko, hanpen.
シラス等のたれとして藻類の風味を生かしたナトリウム
害の少ない常用しうるソースとなり、又、塗りつきの悪
い肉料理、野菜等の精製油含量の少ないドレッシングと
してコールスローソース、ショーフロツーソース。ケチ
ャツプ、マヨネーズと同様に使用し、又白玉、餅、芋、
カポチャ、サンドインチ、クラッカー等に清涼感をもっ
たソースとして使用出来る。又、常用しうる保健食品が
えられる。It can be used as a sauce for whitebait etc., making use of the flavor of algae and being less harmful to sodium, and can be used on a daily basis.It can also be used as a dressing for meat dishes that do not stick well, or as a dressing with a low refined oil content for vegetables, etc., such as coleslaw sauce or saufrost sauce. It is used in the same way as ketchup and mayonnaise, and also used for shiratama, mochi, sweet potato,
It can be used as a refreshing sauce for capocha, sandwiches, crackers, etc. In addition, health foods that can be used regularly can be obtained.
又、この食塩味、a臭の少ないソース會保健飲料とする
ことによp持続的薬理効果をうることか出来る。Moreover, by making this source health drink with less salty taste and astringent odor, it is possible to obtain a long-lasting pharmacological effect.
実施例1゜
クエン酸2!M’に含む溶液750 wtに、日高コン
ブ粉末100ft−人n、1液浸漬後苛性ソーダ8tと
へキサメタ燐酸ソーダ4t5溶解した水浴液80〇−を
・加え、第1図に例示したようにコンブ組織全膨潤微粒
化(細胞はバラバラに存在)し、更に砂糖302.リボ
タイド11.グルミサン酸ソーダ15fk含む水50〇
−會加え、スラリーを得た。Example 1゜Citric acid 2! To 750 wt of the solution contained in M', 100 ft of Hidaka kelp powder was immersed in 1 liquid, and 800 t of a water bath solution containing 8 t of caustic soda and 4 t of sodium hexametaphosphate dissolved in it were added, and the kelp was mixed as illustrated in Figure 1. The entire tissue swells and becomes atomized (cells exist separately), and sugar 302. Ribotide 11. 500ml of water containing 15fk of sodium glumisanate was added to obtain a slurry.
このスラリーに塩酸會加え、pH6,5として80℃1
0分殺菌した。このスラ’)−に200fずつに分割し
%pI(a5及び、更に殺菌したクエン酸を加えて夫々
≠5.5 、5.0 、4.6 、4.3 、4.0
、3.5゜3.0,2.5に一調整し、藻類ソース全作
つ几。そして他に標準試料として日高コンブ100ft
−70〜80℃の水2,200wLt中で20分抽出し
7’jF液を対照として5名の審査員により繰返し4回
、次の項目について審査し九。又、試料は海藻ソース試
料と調味価値を見るため、市販納豆100fに対し25
tの割合で混合した味付納豆?用いた。Hydrochloric acid was added to this slurry to adjust the pH to 6.5 at 80°C.
Sterilized for 0 minutes. This sura')- was divided into 200f each and %pI (a5 and further sterilized citric acid were added to give ≠5.5, 5.0, 4.6, 4.3, 4.0, respectively.
, adjust to 3.5°, 3.0, 2.5, and make all the algae sauce. In addition, 100ft of Hidaka kelp is used as a standard sample.
Extracted in 2,200 wLt of water at -70 to 80°C for 20 minutes, and using the 7'jF solution as a control, five judges repeatedly judged the following items four times.9. In addition, in order to check the seasoning value of the sample and the seaweed sauce sample, 25
Flavored natto mixed at a ratio of t? Using.
検査項目は秘奥を伴う動感、コンブ風味、酸味以外の刺
戟味とし、糊A(なしO印、おりX印)。The inspection items are a moving sensation with a secret, a kelp flavor, a pungent taste other than sourness, and glue A (no O mark, no O mark).
風味良(四等又は良O印、不可×印)、刺戟味(おりX
印、なし○印)のO印台計17回以上の解答数を◎印、
15回以上倉○印、15回以下全x印として結果全表−
1にまとめて表示した。Good flavor (4th grade or good O mark, unacceptable × mark), pungent taste (original
◎ mark the number of answers for a total of 17 times or more for O marks (marked, none ○ mark),
All results are marked with an ○ for 15 or more times, and an x for all 15 or less times.
They are displayed together in 1.
上記実験より調味価値としてμm15〜2.5に調整さ
れたコンブソースは、単なる抽出コンブだしよりニゲ味
、糊臭、一部魚A7に思わせるような生ぐささも減少し
、海碌の香気が出て夾用的胸昧価値?具備することが示
された。又、風味テストの聞2.5 、3.0の試料に
、更に砂mを追加した場合、風味及び刺戟味の評価が好
転したことから醒刺戟が強すぎて、表−1の場合不可の
判定になったと思われる。又、クエン酸の代わりにアジ
ピン酸。From the above experiment, the kelp sauce adjusted to have a seasoning value of 15 to 2.5 μm has less nigga taste, starch odor, and some fish A7-like rawness than simple extracted kelp soup, and has a marine flavor. Is it worth it to come out and use it? It was shown that it is equipped. In addition, when sand M was added to the samples of 2.5 and 3.0 in the flavor test, the evaluation of flavor and pungent taste improved, indicating that the stimulation was too strong, and in the case of Table 1, it was not possible. It seems that the verdict has been reached. Also, adipic acid instead of citric acid.
フマール酸、リンゴ酸、乳慮、塩&に用い7を場合も略
同様の結果であった。M酸使用のものでは、PH4,0
でdit臭強いとのコメントがおった。これはコールス
ローソースに使用した時、問題がなく容認されることが
わかった。Almost the same results were obtained when 7 was used for fumaric acid, malic acid, milk, and salt. For those using M acid, PH4.0
There was a comment that it smelled like dit. This was found to be acceptable and acceptable when used in coleslaw sauce.
、t!酸でPH45に調整17−調味料に醤油?混練し
、冷奴(豆腐]及び冷麦のた九として使用した所、豆腐
又は島によく何基−し、且つコンブ風味豊かなソースに
なることが認めら九た。又、原料として根コンブケ使用
し次場合も同様の結果が示された。,t! Adjust the pH to 45 with acid 17- Soy sauce for seasoning? When kneaded and used as hiyayakko (tofu) and hiyamugi (chilled tofu), it was found that it was well added to tofu or tofu and turned into a sauce rich in kelp flavor.In addition, konbuke root was used as a raw material. Similar results were shown in the following cases.
冥施例2
実施例1と同様にして作っfc、8o℃10分殺菌の日
高コンブ100 tのMe@倣粒化したスラリーに4W
分し、乾燥コンブ25ノipスピルリナ珈体(藍櫟類、
大日本インキ製1(10,125j’。Example 2 100 tons of Hidaka kelp made in the same manner as in Example 1 and sterilized at 8oC for 10 minutes.
Separated and dried kelp 25 noips Spirulina Cordica
Manufactured by Dainippon Ink 1 (10,125j'.
0.25 I O,59I乾燥コンブ当ジ夫h0.5
,1゜2重量%添加したことになる)添加混練し、クエ
ン酸會加えて…5.0 、4.0 、15 、ま0,2
5に調整し、70〜80℃の水で抽出したコンブだしと
比較試鹸倉行なりた所、何訂もニゲ味が消、tsμm3
、2.5のものも酸刺戟味が減少し、スピルリナ2チ
添加のものでは非富に味がマイルドで、しか4b緑色の
強い11r緑色を呈し、酸味調味料の改良剤として大き
な効果かえられ几。又、シg糖エステル0.3チを添加
したー3.5のソースは、豚バラ肉の油炒めのソースと
して肉によ〈付層し、さっば9したソースがえられるこ
とが判明した。これはレシチン添刀口したものも同様で
あった。0.25 I O, 59I dried kelp tojio h0.5
, 1.2% by weight), kneaded, added citric acid...5.0, 4.0, 15, 0.2
5 and compared with kelp stock extracted with water at 70-80℃, the bitter taste disappeared, tsμm3
, 2.5 also had a reduced acidic taste, and the one containing 2.5 spirulina had a mild taste, but had a strong 4b green to 11r green color, and was highly effective as an improver for sour seasonings.几. In addition, it was found that a sauce of -3.5 to which 0.3 t of sig sugar ester was added can be used as a sauce for frying pork belly in oil, and can be used as a sauce that coats the meat and gives it a smooth texture. . The same was true for the lecithin-soaked product.
実施例1
市販のわかめの芽株709倉細切した後、60〜70℃
で水抽出したコンブエキス液1,500を中に浸漬し、
5℃、20時間抽出した。得らtた抽出液は50%アル
コールで沈澱し、硫酸根の検出される粘質切?含むので
い過困敵でおり、遍心沈降により上?#?果めtoこの
液に甘味料と(−でステビオサイド0.1 ? 、砂抛
10f、化学調味料10F、塩15F、塩化カリウム1
0F’&加え混合溶解し友。液は粘性?おび、比較的透
明で%關5.6のコンブに味豊かな調味液かえられた◇
この液に酢酸r加え、μ(5,0,3,8及び3.0の
酸性ドレッシング2作った。このドレッシング音大々等
分し、1つはそのま\浅り手分にスピルリナ2ft混合
均質化し、6種のドレッシング會作成した。Example 1 709 commercially available wakame buds were cut into small pieces and then heated to 60 to 70°C.
1,500 ml of kelp extract liquid extracted with water was immersed in it,
Extraction was carried out at 5°C for 20 hours. The obtained extract was precipitated with 50% alcohol, and a viscous layer containing sulfate was detected. Is it an enemy of excess because it contains, and is it superior due to eccentric sedimentation? #? To this liquid, add sweetener (- and stevioside 0.1?, sand 10F, chemical seasoning 10F, salt 15F, potassium chloride 1
0F'& add mixed and dissolved friend. Is the liquid viscous? Also, the flavorful seasoning liquid has been changed to a relatively transparent kelp with a percentage ratio of 5.6◇
Add acetic acid r to this solution to make two acidic dressings of μ(5, 0, 3, 8, and 3.0). Divide this dressing into equal parts, leave one part as it is, and add 2ft of spirulina to the shallow part. The mixture was homogenized and six types of dressings were prepared.
スピルリナ混合物は緑色(−5のものは緑色の強い青緑
色)を呈し、倒れもマイルドな味を呈していた。スピル
リナ入りのμ15の酸性調味料は豆腐。The spirulina mixture had a green color (-5 had a strong blue-green color) and a mild taste. μ15 acidic seasoning containing spirulina is tofu.
ゆで蜀尋のめんかけソースとして美麗で、通常、シ冒−
ガ?かけてたべるおいしい料理に適していた。又、≠1
8.pH3.0のドレッシングは好みもあるが、やはり
柚子、レモン等の皮その他桑床と混合すると、スピルリ
ナ均質混合物が好まれ、とク皿にとってあんかけすると
よく付着し、うす塩でしかもさっはシしftpいしいソ
ースであっt。野菜サラダにかけて使用し友場合、普通
のサラダドレッシングより野菜によく付着しておいしい
との評価をえた・
実施例4゜
湯通しf生の紅藻類赤トチャカ1002に、煮沸脱酸素
した水200 fとリンゴ酸3f?f加え酸処理した後
、リンゴ酸水を水切りしたトチャカ?水500ccと共
にべ庭用ミキサーに入れ細砕し、1規定の苛性ソースで
pH7,0とじた後泡を除き、ビーカーに入れ90℃2
0分保持してスラリーとし、牛乳ホエー202.砂糖2
0t*ステビオサイド1t、化学調味料o、ozt、食
塩1f、レモン香料11’Mk加え、撹拌冷却しつり増
粘させ、先に水切りし九時のリンゴ鈑廃水、アスコルビ
ンfR1t。It is beautiful as a menkake sauce for boiled Shuhiro, and is usually served with Shifu.
Ga? It was suitable for delicious dishes to be eaten over. Also, ≠1
8. I have a preference for dressings with a pH of 3.0, but I prefer a homogeneous mixture of spirulina when mixed with the peel of yuzu, lemon, etc., and mulberry, and it adheres well when placed in a saucepan and is lightly salted. That's a good ftp source. When used over vegetable salad, it adhered better to vegetables than ordinary salad dressing and was rated as delicious.Example 4: Blanched raw red algae Red Tochaca 1002, 200F of boiled deoxygenated water and an apple. Acid 3f? Tochaka made by adding f and acid treatment, then draining the malic acid water? Grind it in a backyard mixer with 500cc of water, adjust the pH to 7.0 with 1N caustic sauce, remove the bubbles, and put it in a beaker at 90°C.
Hold for 0 minutes to make a slurry and make milk whey 202. sugar 2
Add 0t* Stevioside 1t, chemical seasonings O, ozt, salt 1f, lemon flavor 11'Mk, stir and cool, hang to thicken, drain first, 9 o'clock apple plate waste water, ascorbine fR 1t.
赤色梅酢會均質混合して5℃の冷い甘味ドレッシング2
作った。−3,9でめった。青トチャカについても同様
にして甘味ドレッシングを作り、更にスピルリナ粉末4
f’f均實混合した。白玉及び食パン音用いて、あんか
けして官能検査した所、メロン様香気が加わり、特に−
食べ残しもなく、緑色メロン風製来用藻類ソースとして
の嗜好性のあることが判明した。又、スピルリナの代わ
りにクロレラ粉末49”kjJDえたものは、末茶様香
気も加わり。Mix homogeneously with red plum vinegar and cool sweet dressing at 5℃ 2
Had made. -I failed at 3.9. Make a sweet dressing for the green tochaca in the same way, and add 4 ounces of spirulina powder.
f'f Evenly mixed. When we conducted a sensory test using shiratama and white bread, we found that a melon-like aroma was added, especially -
There was no leftover food, and it was found to be palatable as a green melon-style traditional algae sauce. Also, if you use chlorella powder instead of spirulina, it will have a tea-like aroma.
緑茶ソースとして嗜好性あることが確認された。It was confirmed that it is palatable as a green tea sauce.
実施例5゜
クエン[4F 、リンゴ酸3t、アスコルビン酸0.5
f、エテルアルコールl!5dft溶解した水500c
cK細切りしfc根こんぶ100F倉入れ、空気″に遮
断して5℃の冷′R庫中で1夜浸漬した後、こんぶを分
離した。得られた粘@@2301の声は19でめった。Example 5゜Citric [4F, malic acid 3t, ascorbic acid 0.5
f, ether alcohol l! 5dft dissolved water 500c
cK, fc, root kelp, cut into small pieces, was placed in a warehouse at 100F and soaked overnight in a cold room at 5°C, shut off from air, and then the kelp was separated.The resulting viscosity was 19.
又、抽出工程での菌数増加は殆んど見られなかった。こ
れにカボスの皮細砕物lV、スピルリナ15f′t−均
質混合し、緑色酸性ソースを得几。これを18蚕に分画
されたボリエテl/ン容器に入れ、凍結し几。凍結後こ
の1個(約13f)全取出し%食味した処、果実様香気
との9香をもったすこんぶ様であるが、それよりされや
かでマイルドな味の保健食品かえられることがわかった
。又、ミラス(小魚)約20tにのせ凍結ソース全解凍
したものは色合いもよく、大根おろしや酢醤油?かけた
ものよジ好粁でおった〇実施例住
300メツシ篩下の根こんぶ粉末509にZ5りのクエ
ン酸微粉末とltのリンゴ酸値粉末、砂糖1f、アスバ
ルターム(甘味剤10.olF、グルタl’[微粉末I
f、モチトウ七ロコロコシ化jt粉St、乾燥鶏卵粉1
02を混合し、55.51fのこんぶソースのX會作り
几。この5fに50℃の水30tf加え、10分間時々
撹拌し、−&6の粘稠液を得九。これに501の納豆?
混合した所。Moreover, almost no increase in the number of bacteria was observed during the extraction process. This was homogeneously mixed with 1V of crushed kabosu skin and 15ft of spirulina to obtain a green acidic sauce. This was placed in a container containing 18 silkworms and frozen. After freezing, I took out this whole piece (approximately 13 f.) and tasted it. It was like a kelp with a fruity aroma and 9 aromas, but I found it to be a health food with a lighter and milder taste. Ta. Also, the frozen sauce that was put on about 20 tons of milas (small fish) and completely thawed had a nice color, and it was like grated daikon radish and vinegar soy sauce? 〇Example: 300 pieces of sieved root kelp powder 509, Z5 citric acid fine powder, lt malic acid value powder, sugar 1f, asbalterm (sweetener 10.olF, Gluta l' [fine powder I
f, Mochito Seven Rokorokoshi Jt Powder St, Dried Chicken Egg Powder 1
Mix 02 and make konbu sauce of 55.51f. Add 30tf of water at 50°C to this 5f and stir occasionally for 10 minutes to obtain a viscous liquid of -&6. Is this 501 natto?
where it was mixed.
こんぶ風味も豊かで、塩は少ないが味濃厚で良好な曳糸
性の少ないヌメリ納豆ソースであることが判明し几。又
%50tの納豆に、このこんぶソースの素5を會ふりか
け、↓〈混合し、10分後に大味した所、こんぶのとる
味と風味が豊かで常用しうる保健食品となることが判明
した。It turned out to be a slimy natto sauce with a rich kelp flavor, low salt content, rich flavor, and good stringiness. Also, I sprinkled this kelp sauce base 5 on 50 tons of natto and mixed it and after 10 minutes I tasted it and found that it was a health food that had a rich kelp taste and flavor and could be used regularly. .
実施例7゜
200メツシ篩下のラウスコンブ50Fと、30メツシ
篩下の脱色オゴノリ501.スピルリナ22、クエン#
5 P 、リンゴ酸2P′、粉氷あめ202、ステビオ
サイド0.02t、グルタミン酸微粉末1t、食塩3f
、チーX粉末501F、:+シミー2を全混合し、ソー
スのX倉調整した。この501に沸騰水300vを加え
、10分時々撹拌混合し、5℃の冷蔵庫中で3時間冷却
した後、ミキサー中で砕細し%pi′i3.7の濃厚ソ
ース?得た。これをソースとしてハム、玉ねぎ、キャベ
ツ、レモンの皮tミジン切りして、コールスローを作り
、サンドイッチ全作った。マヨネーズソース全使用した
ものに比べ、サラパリして居り、液汁の流れもなく新し
い形のサンドイッチとしての評価?得た。Example 7゜Laus kelp 50F under a 200 mesh sieve and decolorized Ogonori 501. under a 30 mesh sieve. Spirulina 22, Quen #
5 P, malic acid 2P', powdered ice candy 202, stevioside 0.02t, glutamic acid fine powder 1t, salt 3f
, Qi Add 300v of boiling water to this 501, mix with occasional stirring for 10 minutes, cool in a refrigerator at 5°C for 3 hours, then crush in a mixer to create a rich sauce with a %pi'i of 3.7. Obtained. I used this as a sauce to make coleslaw with ham, onions, cabbage, and lemon zest cut into thin strips, and then I made all the sandwiches. Compared to the one that uses all mayonnaise sauce, it is crispy and there is no liquid flow, making it a new type of sandwich. Obtained.
又、食塩の添加量について検討した所、水加水倍率30
倍の時、溝線ソースの素中、ナトリウムとして12x童
−で味調整は十分でおり、これ以上加えても床が割詐る
。通常4〜lO重量%で十分であり、ナトリウム含量が
少なくても味が濃いので例えは、加水10倍の時はソー
スの素中のナトリウム3tで十分でめっ几〇
更に、この礫類ソースの素50Fに沸騰水300t”<
加え、時々撹拌し%50℃になった時、ハム。Also, after considering the amount of salt added, the water hydration ratio was 30.
When doubled, 12x sodium is enough to adjust the taste of the Mizosen sauce base, and even if you add more than that, it will spoil the flavor. Normally, 4 to 10% by weight is sufficient, and even if the sodium content is low, the flavor is strong, so for example, when water is added 10 times, 3 tons of sodium in the base of the sauce is sufficient. 300 tons of boiling water at 50F
Add the ham, stirring occasionally and when the temperature reaches 50°C.
玉ねぎ、キャベツ、ゆで玉子、レモンの皮をミジン切り
して混合し、5℃で3時間冷却し、コールスローグル化
@?作り、スライスしてサンドイッチを作った。この場
合、液汁の流れもなく成形しやすい%黴があった。Cut onion, cabbage, boiled egg, and lemon peel into thin strips, mix, cool at 5℃ for 3 hours, and make coleslaw. I made it, sliced it, and made sandwiches. In this case, there was a mold that was easy to mold without any flow of sap.
実施例& 砂糖20t、アスバルターム1f1食塩0.6F。Example& 20t sugar, 1f Asvalterm, 0.6F salt.
ホエー粉末10f、リボタイド0.3t、スピルリナ1
09 、水溶性α化モチトウモロコシ澱粉6tの混合物
を水100−に撹拌投入し、クエン酸202、リンゴ#
R10rli−含む100−の水浴液で−4、2 K調
整し、製莱用ソース?作っ九。こt′L1jt掻き氷の
シロップ代わりに使用した所、特に香料を添加しなくて
も果香と海苔香を會んだソースとして烙わやかで、口当
たりのよい喰好ソースがえらtL 几。又、スピルリナ
の代わりにクロレラ倉用いて同様のソース會作ったが、
末茶様香気tもち、異椎の緑色ソースでされやかで、口
当たりのよい嗜好ソースがえられ友。Whey powder 10f, Ribotide 0.3t, Spirulina 1
09, a mixture of 6 t of water-soluble pregelatinized waxy corn starch was stirred and added to 100 g of water, 202 g of citric acid, and apple #
Adjust the temperature to -4.2K with a 100-water bath solution containing R10rli and prepare a sauce for making raisins. Made nine. When I used it in place of syrup for shaved ice, I loved the sauce, which was a combination of fruit and seaweed flavors without adding any flavorings, and was delicious and delicious. I also made a similar sauce using chlorella instead of spirulina.
You can get a delicious sauce with a green tea flavor, a unique green sauce, and a smooth taste.
又、2種のソースを用いて氷菓?試作し九がされやかな
冷菓が見られ几。Also, frozen dessert using two types of sauce? I was excited to see the prototype frozen dessert.
第1図は生物(海藻)スラリーの顕微続写真である。 Figure 1 is a micrograph of a biological (seaweed) slurry.
Claims (1)
5〜5.0である糊臭のない藻類ソース又はその素材。 2、pH2.5〜5である藻類ソース又はその素材にス
ピルリナ(Spirulina)、アルスロスピラ(A
rthrospira)、アナベナ(Anabena)
等の藍藻類(BlueAlgae)又はスイゼンジノリ
(APhanatheae)、クロレラ(Chlore
lla)等の緑藻類、紫蘇、パセリ等の有色野菜又は、
これらの融解物や抽出物を含有させてなる特許請求の範
囲第1項記載の藻類ソース又はその素材。[Scope of Claims] 1. The algae extract or algae micronized liquid has a pH of 2.
An algae sauce or material thereof having a rating of 5 to 5.0 and having no starch odor. 2. Spirulina, Arthrospira (A
rthrospira), Anabena
Blue-green algae such as Blue Algae or APhanatheae, Chlorella
Green algae such as lla), colored vegetables such as shiso and parsley, or
The algae source or its material according to claim 1, which contains the melted product or extract thereof.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP61262039A JPS63116674A (en) | 1986-11-05 | 1986-11-05 | Algae sauce or raw material thereof |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP61262039A JPS63116674A (en) | 1986-11-05 | 1986-11-05 | Algae sauce or raw material thereof |
Publications (1)
Publication Number | Publication Date |
---|---|
JPS63116674A true JPS63116674A (en) | 1988-05-20 |
Family
ID=17370178
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP61262039A Pending JPS63116674A (en) | 1986-11-05 | 1986-11-05 | Algae sauce or raw material thereof |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS63116674A (en) |
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2007082444A (en) * | 2005-09-21 | 2007-04-05 | Dainippon Ink & Chem Inc | Alga-containing food |
JP2014147345A (en) * | 2013-02-01 | 2014-08-21 | Shunsetsu Saveur Kk | Method for manufacturing herb sauce |
-
1986
- 1986-11-05 JP JP61262039A patent/JPS63116674A/en active Pending
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2007082444A (en) * | 2005-09-21 | 2007-04-05 | Dainippon Ink & Chem Inc | Alga-containing food |
JP2014147345A (en) * | 2013-02-01 | 2014-08-21 | Shunsetsu Saveur Kk | Method for manufacturing herb sauce |
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