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Amino Acid Hydrogen Bond
"On the Hydrogen Bonds of Amino Acids"
Between heaven and earth, all things are biochemical, and the hydrogen bonds of amino acids are very mysterious. Amino acids are the basis of biochemistry, and their hydrogen bonds are related, which affects the whole body.
View the hydrogen bonds of amino acids, in the microscopic domain, such as the interweaving of silk threads, to maintain the stability of the structure. Or the connection between chains, or the connection in the ring, makes the conformation of amino acids delicate and orderly.
Although its force is small, its effect is outstanding. It affects the shape of proteins, which is related to the biochemical energy. During chemical reactions, hydrogen bonds become active; when molecules polymerize, hydrogen bonds combine and form a structure.
And the hydrogen bonds of amino acids do not exist in isolation, and interact with the surrounding environment. The hydrogen bond is easy to change when the temperature changes, and the acid-base shift and the bond can be changed. Therefore, to explore its rationale, you need to observe the overall state and examine the change of the environment.
Alas! The mystery of amino acid hydrogen bonding will be explored by our generation to clarify the secrets of biochemistry and open a new chapter in science.
Between heaven and earth, all things are biochemical, and the hydrogen bonds of amino acids are very mysterious. Amino acids are the basis of biochemistry, and their hydrogen bonds are related, which affects the whole body.
View the hydrogen bonds of amino acids, in the microscopic domain, such as the interweaving of silk threads, to maintain the stability of the structure. Or the connection between chains, or the connection in the ring, makes the conformation of amino acids delicate and orderly.
Although its force is small, its effect is outstanding. It affects the shape of proteins, which is related to the biochemical energy. During chemical reactions, hydrogen bonds become active; when molecules polymerize, hydrogen bonds combine and form a structure.
And the hydrogen bonds of amino acids do not exist in isolation, and interact with the surrounding environment. The hydrogen bond is easy to change when the temperature changes, and the acid-base shift and the bond can be changed. Therefore, to explore its rationale, you need to observe the overall state and examine the change of the environment.
Alas! The mystery of amino acid hydrogen bonding will be explored by our generation to clarify the secrets of biochemistry and open a new chapter in science.
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