KR20110050271A - Composition and manufacturing method of persimmon jam and jelly - Google Patents

Abstract

PURPOSE: A functional red-ripe persimmon processed product composition using gum, and a producing method thereof is provided to remove the necessity of using sugar when making jam by the network structure formation function of the gum. CONSTITUTION: A producing method of a functional red-ripe persimmon processed product composition using gum comprises the following steps: preparing a base obtained by melting 0.3~2.5g of gum to 100ml boiling water, and persimmon sauce obtained by crushing only flesh of the red-ripe persimmon after removing skins and seeds; and mixing 100ml of base per 100~500g of persimmon sauce, and storing the mixture for 5~15hours at 1~5deg C.

Description

Functional Hongsi processed food composition using gum and its manufacturing method {composition and manufacturing method of Persimmon jam and jelly}

The present invention relates to a functional hongsi processed food composition using a gum for producing hongsi jam and jelly using a gum and a method of manufacturing the same.

In general, jam is a jelly or syrup of fruits or vegetables together with sugars, and is a highly storage processed food containing a large amount of sugar.

These jams are usually made mainly of fruit, but if they have peels or seeds, first remove them, then chop them up or crush them, and many juices are still intact, with a little bit of water and boiled enough, and they are put on a sieve before boiling. Then add sugar to boil again and concentrate to make jam.

These jams have a specific texture due to the proper blending of pectin, organic acids and sugars in the fruit. Usually, the amount of sugar varies depending on the type of raw material and the ripening of the fruit, but usually the same ratio of raw material and sugar. It is a high calorie processed food.

Persimmon contains 15 to 16% of sugar as a sugar, and is rich in vitamins A and B. Vitamin C contains 30 to 50 mg in 100 g. Other ingredients include pectin, carotenoids and astringent tannins. The food is divided into sweet persimmon and persimmon persimmon according to the taste.

Sweet persimmon is insoluble due to the transformation of tannin cells, which does not produce astringent taste. The persimmon is ingested in a solid state. The persimmon is usually harvested in a solid state and processed in various ways to remove the astringent taste. Making, peeling and peeling by the method of making dried persimmon (脫 澁) by removing the astringent taste is consumed.

 Among the processing methods of such persimmons, prior arts for jams include Korean Patent No. 10-130434, Patent Application No. 10-2001-0058816 and Patent Application No. 10-1985-6833. Since sugar is used in more than 10% by weight of the persimmon high-calorie foods have an adverse effect on health.

The present invention is to prepare a jam and jelly using hongsi and gum (gum), to prepare a jam and jelly without using sugar to solve the problem of high calorie due to the use of sugar, to suppress the browning of persimmon during storage An object of the present invention is to provide a functional hongsi processed food composition using a gum that can hold jams and jelly for a long time, and a method of manufacturing the same.

A feature of the present invention for achieving the above object is a jam base prepared by dissolving 0.3 ~ 2.5g gum per 100ml of water, remove the peel and seeds of persimmon hongsi and crushed flesh pulp sauce 100ml per jambase Hongshi processed food composition composed by mixing at a ratio of 100-500g.

In the hongsi processed food composition, lemon juice-sugar powder mixed at a ratio of 1-20 ml of lemon juice and 50-200 sugar powder is added in a ratio of 30-100 ml per 100 ml of base to the hongsi processed food composition. Mix more as

Another feature of the present invention is a base manufacturing process for melting the gum 0.3 ~ 2.5g per 100ml of boiling water to make a base, and remove the shell and seeds of gamhonghong by pulverizing the flesh The Hongsi processed foods are prepared, including a blending process of preparing a hongsi sauce, and a jellyation process of mixing the hongsi sauce with the base and storing for 5-15 hours at 1-5 ℃.

On the other hand, in the blending process in the lemon juice 1-20ml, sugar powder liquid sugar-sugar powder mixed at a ratio of 50-200g in the Hongsi processed food composition at a ratio of 30-100ml per 100ml base To prepare a red sauce.

In the above, a variety of edible gums are used alone or in combination. Examples include biopolymers such as locust bean gum (locust bean-derived biopolymer), xanthan gum (microorganism-produced biopolymer), carrageenan (seaweed-derived biopolymer), and Glucomannan, hydroxymethylcellulose (K-4M, K-15M, K-100M by classification according to molecular weight) and carboxymethylcellulose (GF8-K30, GF8-K150 by classification according to molecular weight) There is this.

And, processed food is jam and jelly, when the gum is used 0.3-1% is jam, when the gum is used 1-2.5% is jelly.

As described above, since the present application uses a gum, since the texture unique to jam is already formed by the ability to form a network of mixed gums, the sugar does not need to be used, but sugar or acid may be used to enhance the palatability. . Accordingly, it is possible to provide a low calorie jam.

In addition, since the gums used in the present invention play a role of dietary fiber in raw vegetables due to the nature of the molecular structure, various types of adult disease prevention and treatment effects that progress with aging, such as blood cholesterol lowering effect, blood pressure lowering effect, immune function enhancement effect, etc. There is.

In addition, since the gum provides the texture of jam and adds the unique texture of the jam, it is possible to manufacture the hongsi jam that matches the consumer's image of the existing fruit jam because it has a unique palatability enhancement effect.

Hereinafter, an embodiment of the present invention will be described in more detail.

In the embodiment of the present invention looks at the hongsi jam and hongsi jelly as an example.

One. Hongshi Jam

Base manufacturing process

Dissolve 0.5 g of gum in 100 ml of boiling water to make a jam base.

At this time, black glucomannan and xanthan gum are mixed and used in the same amount.

Blending Process

Lemon juice 5ml, sugar powder liquid 100g ratio mixed with lemon juice-sugar powder liquid 50ml mixed with 200g of gamhongsi removed shells and seeds evenly mixed with a blender to make the hongsi tissue evenly spreading to prepare a hongsi sauce.

Through such a blending process, the activity of the oxidative browning enzyme contained in the hongsi is suppressed to maintain the vivid color unique to the hongsi.

This is due to the action of citric acid or ascorbic acid, which is contained in lemon juice, and ascorbic acid in YANG et al. Browning is delayed due to the addition of acid, but heating is not suitable for browning as browning occurs immediately after heating, as well as various reports indicating that ascorbic acid or citric acid has the effect of inhibiting browning. The action is proven.

In addition, when using the lemon juice as described above, the refreshing aroma and sweetness of the lemon and sweet aroma and taste is added to the jam to improve the taste and aroma of the jam.

Jelly Process

Mixing the hongsi sauce in the jam base and stored for 10 hours at 4 ℃ to complete the functional hongsi jam by interaction between the network structure and the hongsi sauce components formed by the gum.

Since the jam after the hongsi jam is prepared is not more than 60 ℃ the physical properties do not change, even if stored at low temperature or stored at room temperature will have the properties of the jam.

2. Red jelly

The other processes are the same as the preparation process of hongsi jam except melting 2g of gum in 100ml of boiling water in the hongsi jam manufacturing process described above, so the description thereof is omitted.

Claims (6)

It consists of a base prepared by melting 0.3 ~ 2.5g of gum per 100ml of water, hongsi sauce prepared by removing the skin and seeds of persimmon hongsi and pulverizing the flesh, and mixing 100-500g of hongsi sauce per 100ml of 0.3-2.5% base. Hongshi processed food composition, characterized in that The lemon juice-sugar powder solution of 1-20 ml of lemon juice and 50-200 g of sugar powder is further mixed in the Hongsi processed food composition at a ratio of 30-100 ml per 100 ml of base. Hongshi processed food composition, characterized in that. The glucomannan and hydroxymethyl cellulose (molecular weight) according to claim 1, wherein the black locust bean gum (biopolymer derived from locust bean), xanthan gum (biopolymer produced by microorganisms), carrageenan (biopolymer derived from seaweed), and polymers derived from polysaccharides are used. According to the classification according to K-4M, K-15M, K-100M), carboxymethyl cellulose (GF8-K30, GF8-K150 by the classification according to the molecular weight) Hong Hong jam characterized in that it is used to select and use Way. Base manufacturing process of melting the gum 0.3 ~ 2.5g per 100ml boiling water to make a base, A blending process of removing the skin and seeds of gamhongshi and pulverizing the flesh to produce hongsi sauce, Hongsi sauce 100-500g per 100ml of the base is mixed with a process for producing red processed food, characterized in that it comprises a jellyling process for 5-15 hours at 1-5 ℃. The lemon juice-sugar powder solution, which is mixed at a ratio of 1-20 ml of lemon juice and 50-200 g of sugar powder, is further mixed in the Hongsi processed food composition at a ratio of 30-100 ml per 100 ml of base. Hongshi processed food manufacturing method characterized in that. 5. Glucomannan and hydroxymethylcellulose (molecular weight) according to claim 4, wherein black locust bean gum (biopolymer derived from locust beans), xanthan gum (biopolymer produced by microorganisms), carrageenan (biopolymer derived from seaweed), and polymers derived from polysaccharides are used. According to the classification according to K-4M, K-15M, K-100M), carboxymethyl cellulose (GF8-K30, GF8-K150 by the classification according to the molecular weight) Hong Hong jam characterized in that it is used to select and use Way.