Raw cheese and its preparation method
A cheese, native technology, applied in cheese substitutes, bacteria used in food preparation, dairy products, etc., can solve problems such as increasing food safety risks
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Embodiment 1~4
[0043] In this example, raw cheese was prepared as follows:
[0044] ①Taking raw milk for standardization (protein / fat=1 / 1);
[0045] ②Preheat raw milk to 55-65°C;
[0046] ③Add white sugar, whey protein powder, milk protein powder, starch, agar, gelatin, and cream to the raw milk in order and stir for 20-30 minutes;
[0047] ④ Homogenization at 60-65°C and 150-180bar pressure;
[0048] ⑤90-95℃, 300-400s sterilization;
[0049] ⑥ Cool down to 30-36°C and add Danisco composite strains (Lactobacillus paracasei, Lactococcus lactis, Lactobacillus helveticus);
[0050] ⑦Start filling after stirring for 10-15 minutes, and put it into the fermentation room for fermentation at 30°C after filling;
[0051] ⑧After the pH reaches 4.4-4.6, transfer to the semi-finished product refrigerator (0-4 ℃) for post-cooking for 48 hours to ensure the product texture;
[0052] ⑨Move the finished product into the finished product refrigerator (0-4°C).
[0053] The raw material formula is shown ...
Embodiment 5
[0075] The free amino acids and GABA in the raw cheese obtained in Examples 1-4 and Comparative Examples 1-9 were measured using a reverse HPLC analyzer, and the hardness, viscosity, and cohesiveness of the product were tested using a TPA texture analyzer. The results are as follows shown in the table. It can be seen that compared with Comparative Examples 1-9, the GABA content in the raw cheese obtained in Examples 1-4 is higher, and the hardness is suitable, and the effect of Example 3 is the best.
[0076] Table 2 GABA content and hardness
[0077]
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