Hot Topic

Why milk gets spoiled when adding ginger during tea preparation?

Milk gets spoiled when adding ginger during tea preparation because of the presence of protease which basically acts as a curdling agent. & Zingipain, a protease, is found in ginger. This protease catalyses the denaturation of the milk protein, converting it from a water-soluble to a water-insoluble form, which results in the formation of milk curd, …

Why milk gets spoiled when adding ginger during tea preparation? Read More »

What is UHT milk?

Ultra Heat Treatment Milk is a generally used technique in the processing of milk by milk production facilities to ensure the food safety of the milk. In the UHT process, milk is heated to extremely high temperatures for a short period of time while retaining its nutritional value in order to eradicate any undesirable and …

What is UHT milk? Read More »

What is Greek Yogurt?

Whey and casein are the components of milk. Whey is the watery byproduct left over after milk curdles, whereas casein is what causes milk to curdle and is used to make cheese and yogurt. The main difference between Greek and regular yoghurt is the addition of the critical step of straining. The excess watery whey …

What is Greek Yogurt? Read More »

What are whey proteins?

Milk is composed of water, protein (casein, whey protein, and minor proteins), and solids (fat, lactose, ash). Bovine milk comprises of two major proteins, casein and whey protein. One of the main proteins included in dairy products is whey protein. It is considered as a complete protein because it contains all 9 essential amino acids. …

What are whey proteins? Read More »

What are A1 and A2 Milk?

Milk contains about 85% water. The remaining 15% is the milk sugar lactose, protein, fat and minerals. Bovine milk comprises of two major proteins, casein and whey protein. Casein protein accounts more proportion than whey protein in milk. Casein protein helps in the transportation of Ca2+ and P. Moreover, bioactive peptides are originated from casein …

What are A1 and A2 Milk? Read More »