Ana içeriğe atla

Inversion of glucose by enzyme

Hello friends.
As you know, the use of Glucose and Fuructose inverted sugars, known as corn syrup, is common in the world. The main factors in the use of these sugars are that they prolong the shelf life and provide physical advantages to the products they are used in. The fact that there is a lot of interest in these types of sugar has brought corn production to crazy levels in the world.
There is a product in Turkey that has just been completed and whose R&D studies have been terminated. An enzymatic reaction that causes the inversion of sucrose into Glucose and Fructose. It is a sugar that you can use in all food businesses that have to use glucose, including the jam, marmalade and fruit juice sector.
There are many countries and companies that perform enzyme inversion, but with the method they use, this process is carried out under vacuum at high temperatures for as long as 70 hours.
With this new method, the inversion is completely finished in 6 hours at 75 degrees Celsius and the result is obtained. Moreover, since the process is not applied at high temperature, Caramelization does not occur. The HMF value is almost 0 (zero).
For more detailed information, please contact +90 542 775 31 80 Watsapp line. This product is currently licensed in Turkey and has started to be used in the sweet and jam sector.
The use of this product will now eliminate the use of GMO corn syrups in the pharmaceutical industry, especially in syrup production. Every R&D work done in the food industry adds value to the system.

1 post - 1 participant

Read full topic

Yorumlar

Bu blogdaki popüler yayınlar

GAB Equation | Moisture Sorption Isotherm Modeling

Get to know how to use the Guggenheim-Anderson-de Boer (GAB) Equation for modeling of moisture sorption isotherms! The GAB Equation is suitable for modeling many food materials in a wide water activity range. Unlike BET, the workable range for the GAB model is from zero to 0.9. This is recommended by the European Project Group COST90 for the mathematical estimation of moisture content. I personally studied this lesson in my graduate class and I had a hard time learning this. I created this video so that you can easily learn how to calculate this equation. We’ll have a sample computation in this video. I’ve included the .xlsx file that I used in this video so that you can also learn this quickly. 3 posts - 2 participants Read full topic https://fstdesk.com/t/gab-equation-moisture-sorption-isotherm-modeling/4568

Phytochemistry of guava fruit

Guava ( Psidium guajava ) Fruit Phytochemistry and Nutritional Significance Economic Importance The fruit of guava is very rich in Vitamin C, which is substantially higher than what is found in citrus. It is also a good source of Vitamin A and other important elements. The fruit contains a large amount of citric, lactic, malic, oxalic and acetic acids and a trace amount of formic acid. The ripe fruit is usually eaten as a dessert. It can also be utilized in many ways for making jellies, jam, paste, juice, baby foods, puree, beverage base, syrup, wine and other processed products. It may be eaten sliced with cream and sugar and as ingredient in cakes and pies. It is also used in dishes like “sinigang”. Some parts of guava tree have medicinal and commercial usefulness. The bark and leaves are used in childbirth to expel the placenta. The leaves can be made into tea and astringent decoction can cure stomachache and act as vermifuge. When crushed or chewed, it is used for toothache t...