Abstract:
PURPOSE: A preparation method of instant dried Capsosiphon soup is provided to offer the Capsosiphon soup which is stored for a long time at a room temperature, and to offer a specific flavor of the Capsosiphon soup and a coarse body texture. CONSTITUTION: The Capsosiphon is blanched with cleaning sea water and a saline solution. The blanched capsosiphon is dehydrated and dried. The dried capsosiphon and Capsosiphon taste components are wrapped together. The blanched Capsosiphon is dipped in a solution containing edible sodium bicarbonate or sodium carbonate for 30 seconds ~ 300 seconds. The Capsosiphon taste components includes Capsosiphon 50~500g, white radish 100~2000g, dried walleye 20~200g, bean sprout 50~500g, Chinese flat cabbage 20~200g, Coriandrum sativum 5~50g and garlic 20 ~ 200g.
Abstract:
PURPOSE: Seasoned and dried manila clam slices and a manufacturing method thereof are provided to conveniently and easily make the manila clam slices containing meat of fish and short-necked clams. CONSTITUTION: A manufacturing method of seasoned and dried manila clam slices includes the following steps: molding seasoned slices with a mixture of meat of fish and short-necked clams; heat-treating the molded slices; compressing the heat-treated slices after drying; and heat-treating the compressed slices. The seasoned short-necked clams are formed by mixing and adding seasoning after removing soil in the clams and washing.
Abstract:
본 발명은 골 연화 어류가공식품의 제조방법에 관한 것이다. 보다 상세하게는 (1) 원료 어류의 위생처리 및 수세 조리공정, (2) 염지 조미 및 수분조절 공정, (3) 진공조리 등 1차 열처리 공정, (4) 2차 가압 열처리 공정, (5) 포장 및 후처리공정으로 이루어지는 것을 특징으로 하는 어피 안정화 및 어골 연화 어류가공식품의 제조방법에 관한 것이다. 본 발명에 의한 어류가공식품은 조미액이나 충전액을 사용하지 않은 상태로 2단계 열처리 과정을 거쳐 충분히 가열처리 되므로 통조림 식품과 동일한 수준의 어골연화 효과가 있어 생선을 뼈채로 식용할 수 있으며 이로 인해 칼슘, 오메가 3 지방산 등 고도불포화지방산, 양질의 단백질과 뮤코다당 등 생선 고유의 영양성분을 쉽게 섭취할 수 있다. 또한 조리가열 중 어육의 과도한 수분유출이 억제되어 일반 조리가열 생선과 동일한 수준의 육즙성 등 식미기호성이 우수하며 어피가 안정되어 조리 후의 품위가 우수한 장점이 있다. 본 발명의 목적은 이러한 품질특성을 갖는 어류의 열처리 가공기술을 제공하는데 있다. 골연화, 어류가공품, 진공조리, 저온유탕, 가압열처리
Abstract:
PURPOSE: A method for producing Discoreaceae fermented liquor and its production method thereof are provided to enhance the efficiency of fermentation using improved yeast and massively produce the liquor. CONSTITUTION: A Discoreaceae fermented liquor comprises 5-20 weight% of Discoreaceae, 75-90 weight% of rice and 0.1-5 weight% of Schisandrae Fructus or Angelicae gigas. A method for manufacturing the Discoreaceae fermented liquor comprises: a step of mixing water to the Discoreaceae; a step of washing nonglutinous rice and dehydrating; a step of pulverizing Discoreaceae in and rice; a step of adding 0.1~2 weight% of Schisandrae Fructus or Angelicae gigas and mixing; a step of adding 0.5-1 weight% of yeast; a step of fermenting at 22~28°C for 20 to 30 hours to saccharify; a step of adding Discoreaceae, nonglutinous rice, yeast, and Schisandrae Fructus or Angelicae gigas; and a step of fermenting at 22~28°C for 7-12 days.
Abstract:
A preparation method of retort-cooked fishes of softened bone is provided, which obtains excellent eating taste of the fish. A preparation method of retort-cooked fishes of softened bone comprises: a processing stage which hygienically pre-processing the raw fishes; a salted food seasoning and water balancing processing stage; a first heat treatment stage which thermally coagulates the epidermal of fish; a second pressure heat treatment stage which softens flesh and fish bone; and a processing stage which hygienically cold-packaging.
Abstract:
A method for preparing an agar jelly is provided to improve functionality by using an anti-hypertension functional peptide. A method for preparing an agar jelly comprises the steps of adding agar, liquid sugar, solid sugar, salt and citric acid to water, mixing them, and heating the mixture at 100-115°C for 30-150 min; adding any one selected from the albumen-derived peptide, the bean protein-derived peptide and the beef-derived to the prepared agar solution at 60-90°C and gelling it at 3-4 hours; cutting the obtained agar jelly, coating it with any one selected from potato starch, fine sweet, corn starch, wheat flour, glutinous rice, bread flour, etc., and drying it at 40-60°C for 10-48 hours.
Abstract:
A functional oil comprising fucosterol is provided to show strong cholesterol metabolism improving functionality such as inhibition of cholesterol biosynthesis and lowering cholesterol in blood and improve blood circulation, thereby being used for preventing and treating hyperlipidemia. A functional oil comprises: a fucosterol solubilized fucosterol oil; and oils and fats, wherein the fucosterol solubilized fucosterol oil is obtained by adding 100-500ml of a vegetable oil and 10-50mg of tocophenol to 1g of fucosterol powder and agitating the mixture. A method for isolating fucosterol from sea algae comprises the steps of: (a) after adding a sea algae raw material remained after extraction of a water-soluble extract ingredient from the sea algae to an edible alcohol, grinding it to obtain a sea algae alcohol treating solution; (b) after adding an edible alcohol to the alcohol treated solution of the sea algae, subjecting to the ultrasonic wave treatment at high temperature to extract non polar materials from the sea algae raw material; (c) filtering the non polar material extracted alcohol treated sea algae to obtain a filtrate, removing the alcohol therefrom to obtain a non-polar extract of the sea algae raw material; (d) after adding KOH-ethanol solution, which is able to be added as a food additive, to the non-polar extract and mixing them, hydrolyzing it at high temperature to remove saponifying materials therefrom and cooling it to obtain a hydrolysate of the sea algae; and (e) after shaking-extracting the sea algae hydrolysate by adding a solvent having the different polarity from that of the non-polar material in a liquid-liquid separating device, allowing it to stand still to liquid-liquid separate a polar fraction and a non-polar fraction and removing co-existing moisture therefrom, filtering the non-polar fraction to remove impurities therefrom, removing other solvent with the different polarity from that of the non-polar material and then drying it to obtain fucosterol. Further, the fucosterol solubilized fucosterol oil, a seed oil of evening primrose and an olive oil is mixed at a volume rate of 1~5 : 50~95 : 5~45.
Abstract:
A method for preparing a fish gelatin, and a method for preparing a tuna gelatin are provided to improve the physical properties such as gel strength, gelling point and melting point. A method for preparing a tuna gelatin comprises the steps of preprocessing the washed and pulverized skin of tuna in a 1-3 % acid solution at a temperature of 2-18 deg.C for 01.-4 days; extracting the preprocessed skin of tuna with hot water at a temperature of 40-70 deg.C for 3-8 hours; adding 90-98 % alcohol to the tuna extract until a 75-80 % alcohol treated gelatin solution is obtained; and filtering and drying the tuna gelatin solution. Preferably the alcohol is ethanol.
Abstract:
A method of manufacturing chestnut candy by soaking sugared chestnuts in alginic acid solution and spraying calcium chloride is provided to increase the sensory characteristic of chestnut candy such as a taste, flavor and overall palatability. A chestnut is shelled, sugared, coated with an alginic acid solution with a concentration of 0.5 to 1.0%, sprayed with calcium chloride with a concentration of 0.5 to 1.0% and dried at 50 to 65deg.C for 3 to 7min. The chestnut has 40 to 45Brix. Prior to sugaring, the shelled chestnut is heated with steam of 90 to 110deg.C for 60 to 90min. The sugaring is performed by soaking the chestnut in a sugar solution with 60 to 70Brix until the sweetness becomes 40 to 45Brix. The sugar solution additionally contains one or more natural flavors selected from chestnut flavor, vanilla flavor, wine flavor, strawberry flavor, chocolate flavor, red ginseng flavor and ginseng flavor.
Abstract:
An antihypertensive milk composition containing at least one of casein hydrolysate and buckwheat hydrolysate is provided. The composition is excellent in a sensory attribute and in vitro and in vivo antihypertensive activity. An antihypertensive milk composition contains any one of 0.5 to 10% by weight of casein hydrolysate and 1.0 to 10% by weight of buckwheat hydrolysate. The hydrolysate is selected from Flavourzyme 500MG(Novo Nordisk), Protamex(Novo Nordisk), papain 30,000(Oka zone international), protease NP(Bioland), GC, 106(Oka zone international), Multifect Neutral(Oka zone international), Neutrase(Novo Nordisk) and Alcalase(Novo Nordisk) enzyme. The buckwheat uses tartary buckwheat(Fagopyrum tataricum) and Common buckwheat(Fagopyrum esculentum Moench).
Abstract translation:提供了含有酪蛋白水解物和荞麦水解产物中的至少一种的抗高血压乳组合物。 该组合物在感官属性和体外和体内抗高血压活性方面是优异的。 抗高血压乳组合物含有0.5〜10重量%的酪蛋白水解物和1.0〜10重量%的荞麦水解物。 水解产物选自Flavourzyme 500MG(Novo Nordisk),Protamex(Novo Nordisk),木瓜蛋白酶30,000(Oka zone international),蛋白酶NP(Bioland),GC,106(Oka zone international),Multifect Neutral(Oka zone international),Neutrase (Novo Nordisk)和Alcalase(Novo Nordisk)酶。 荞麦使用荞麦(Fagopyrum tataricum)和普通荞麦(Fagopyrum esculentum Moench)。