The INV recombinant egg is a protein that is synthesized in the laboratory through genetic engineering techniques. The protein has a variety of functions and is widely used in medicine, scientific research and industry. The basic information and functional structure of INV recombinant eggs are described in detail below. Catalog No. PA1000-9114
Basic Information: INV recombinant eggs are a natural protein found in Japanese seaweed and have many beneficial properties. It is a nutritious food that is low in fat, high in protein, rich in fiber and vitamins. Through genetic engineering technology, researchers can synthesize INV recombinant eggs in large fermenters with relatively low production costs.
Features:1Nutritional value: INV recombinant eggs are rich in protein, vitamins and minerals, making them a high-quality nutritious food. It boosts the body's immunity and boosts metabolism.
2.Medical applications: INV recombinant eggs can be used to prepare drugs to help them better deliver to the site. It can also be used for certain diseases, etc.
3.Bioengineering: INV recombinant eggs can be used as a catalyst or degrader in industrial production, and are widely used in the field of bioengineering. It can help speed up chemical reactions and increase product yields.
4.Food additives: INV recombinant eggs can be used as food additives to improve the taste and nutritional value of food. It can be used to prepare bread, biscuits, dairy products and other foods to enhance their taste and nutrition.
Structure: The molecular structure of the INV recombinant egg consists of a polypeptide chain with a specific spatial conformation. It is structurally stable and able to remain active under a wide range of environmental conditions. INV recombinant eggs interact with receptors to achieve binding and functional expression with other molecules.
Summary: INV recombinant egg is a protein with a wide range of application value, which can be used in medical, scientific research and industrial fields. It is rich in nutritional value and has a variety of functions, which are synthesized through genetic engineering technology. INV recombinant eggs are structurally stable and highly active, making them a promising biomaterial. It is hoped that further research and development of INV recombinant eggs can be carried out in the future to play a role in more fields.