Rennin, also known as chymosin, is an enzyme produced in the stomachs of infants that plays a crucial role in the digestion of milk. It curdles milk proteins, particularly casein, into a gel-like substance, which slows down the digestive process and allows for more efficient nutrient absorption. This prolonged digestion is particularly beneficial for infants, as it ensures they receive maximum nutrition from their mother's milk or formula. Additionally, rennin helps create a stable environment for other digestive enzymes to work effectively.
Rennin : It is an enzyme (protein) secreted by kidneys to regulate the blood pressure. It's a digestive enzyme in gastric juice. Renin :It is a hormone.
Rennin, it helps with digestion of milk during infancy and childhood
rennin
Chymsosin, also known as rennin, is a digestive enzyme secreted into the stomachs of very young mammals; its function is to curdle milk to slow its passage through the digestive system, thus allowing more time for nutrients to be absorbed. Rennin is also used in cheese-making.
Rennin is important in infants for digesting milk proteins, particularly in breaking down casein in cow's milk. It helps coagulate milk in the stomach, which can lead to better digestion and absorption of nutrients. Infants have higher levels of rennin to aid in the digestion of milk proteins until their digestive system matures.
Rennin is an enzyme - which binds the milk proteins together into curds. This makes the curds easy to process into cheese. The waste liquid (whey) is used in animal feed.
Rennin
rennin
the answer is pepsin.
Rennin is a biological enzyme present in the stomach of infant mammals. It causes the milk to solidify which slows down the digestion of the milk. This is known as coagulation or curdling. This enables the infant to absorb more nutrients and proteins from the milk before it is excreted.
Gastric enzymes primarily include pepsin, gastric lipase, and rennin (or chymosin). Pepsin, activated from its precursor pepsinogen by stomach acid, breaks down proteins into smaller peptides. Gastric lipase aids in the digestion of fats, while rennin is involved in the coagulation of milk proteins in infants. Together, these enzymes facilitate the digestive process in the acidic environment of the stomach.
When the temperature is raised to the boiling point, the enzyme rennin will denature, meaning it will lose its shape and function due to the high heat. This will render the enzyme ineffective in catalyzing reactions.