Shanxian Chemical
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Tertiary Structure Hydrogen Bonds
The formation of a human substance is characterized by its subtle structure and has a three-level state. Among them, the hydrogen bond of the three-level structure is very important and is its core.
Those who cover the three-level structure are not only the aggregation of the bases, but also depend on the hydrogen bond to maintain its shape. Although the force of hydrogen bonding is small, it plays a huge role in the stability of the structure. It can connect with the groups in different places, so that they can come together in an orderly manner, and if the strands are intertwined, they form a stable shape.
Look at the texture of all organisms, the genus of proteins, and their three-level structure depends on the hydrogen bond to form its specific state. Either the chain is bent or the ring is interlocked, all of which are hydrogen bonds. And the position and number of hydrogen bonds also determine their function. If the active center of the enzyme and the structure of the hydrogen bond are related to the awareness and response of the substrate, if they are lost, the activity will be reduced.
And nucleic acids and the like, although they are linked by phosphate ester bonds to form chains, in the tertiary structure, hydrogen bonds are also used. Make the double strands complementary and attract, in the shape of a double helix, to maintain the stability of inheritance.
Therefore, the hydrogen bond of the tertiary structure is the key to the structure and energy of all things. If you see it clearly, you can know the subtlety of things, which can open up new avenues for the research of medicine, pharmaceuticals, and biology.
Those who cover the three-level structure are not only the aggregation of the bases, but also depend on the hydrogen bond to maintain its shape. Although the force of hydrogen bonding is small, it plays a huge role in the stability of the structure. It can connect with the groups in different places, so that they can come together in an orderly manner, and if the strands are intertwined, they form a stable shape.
Look at the texture of all organisms, the genus of proteins, and their three-level structure depends on the hydrogen bond to form its specific state. Either the chain is bent or the ring is interlocked, all of which are hydrogen bonds. And the position and number of hydrogen bonds also determine their function. If the active center of the enzyme and the structure of the hydrogen bond are related to the awareness and response of the substrate, if they are lost, the activity will be reduced.
And nucleic acids and the like, although they are linked by phosphate ester bonds to form chains, in the tertiary structure, hydrogen bonds are also used. Make the double strands complementary and attract, in the shape of a double helix, to maintain the stability of inheritance.
Therefore, the hydrogen bond of the tertiary structure is the key to the structure and energy of all things. If you see it clearly, you can know the subtlety of things, which can open up new avenues for the research of medicine, pharmaceuticals, and biology.
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