282 results about "Ace inhibitory" patented technology

The invention provides green tea goat milk with a function of reducing blood pressure and a preparation method of the green tea goat milk. Goat milk beverage which is rich in ACE inhibitory peptides is prepared by compound enzymolysis, is low in production cost, not limited by resource and small in environmental pollution, and can be mass-produced, and products are safe. On the basis, ultra-fine green tea powder is prepared by enzymic hydrolysis of cell walls and a low-temperature ultra-fine pulverizing technology, specific surface area is increased, and a large number of effective constituents are released. The ultra-fine green tea powder is added in the goat milk in proportion, and the obtained product not only has various nutrient substances and tea fragrance in green tea, but also has treatment effect of reducing high blood pressure, and has wide application prospect in the food industry. The tea powder is prepared by low-temperature ultra-fine pulverization, the original color, flavor and taste quality of tea leaves can be maintained effectively, after the tea leaves is pulverized into ultra-fine powder, the specific surface area of the tea powder is increased obviously, the effective constituents are released easily, human absorption can be improved, and therefore, nutrition absorptivity of human to the tea leaves is improved. Ultra-fine pulverization is a pure physical process, and pure natural property of processed products is maintained.

The invention discloses a method for preparing angiotensin-I-converting enzyme (ACE) inhibitory peptide by using enzymolysis goat milk casein. The method comprises the following steps of: centrifugally degreasing recovered goat milk to obtain skimmed milk; preparing casein by using an isoelectric precipitation method; freezing and drying casein precipitate; dissolving the obtained casein freeze-dried powder to prepare a casein solution; performing hydrolysis on the casein solution by adding different kinds of enzymes; and optimizing the hydrolysis condition and treating a hydrolysis process in an ultrasonic wave mode, so that catalytic activity is improved to ensure that the hydrolysis reaction is complete; and because of the obtained micromolecule ACE inhibitory peptide, obvious pressure reduction function on hypertensive can be achieved, the influence on normal blood pressure is avoided, and the method has the characteristics of no toxic and side effects, high security and easiness for absorption.