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How Many Hydrogen Bonds Between C and G
On the number of hydrogen bonds between cytosine and guanine
The biochemistry of the husband is very subtle, and the combination of bases is very mysterious. Cytosine (C) and guanine (G), in the chain of inheritance, build a stable foundation together.
Try to study the relationship between the two, and know that they are connected by hydrogen bonds. For hydrogen bonds, the ratio of non-strong bonds is the key to the combination of molecules. Between C and G, there are three hydrogen bonds. This triple bond, like the tripod of tripods, makes the two closely dependent.
The arrangement of nucleotides, the combination of C and G, is well-ordered. With hydrogen bonds as a link, the structure of double chains is maintained. If the number of this bond is different from three, or increase or decrease, the chain of inheritance, structure or change, the transmission of information, fear of mistakes.
Because of the special structure of C and G, each contains a group that can form a hydrogen bond. Complementary position, precise fit, thus forming a three-bond wonder. This is a natural coincidence, after hundreds of millions of years of evolution, to obtain a stable inheritance system.
Biochemical mystery, such as the vast sea, the number of hydrogen bonds between C and G, although small, but in the complexity of life, it is of great significance. Exploring more than enough, Fang Ming the true meaning of life, the magic of creation.
The biochemistry of the husband is very subtle, and the combination of bases is very mysterious. Cytosine (C) and guanine (G), in the chain of inheritance, build a stable foundation together.
Try to study the relationship between the two, and know that they are connected by hydrogen bonds. For hydrogen bonds, the ratio of non-strong bonds is the key to the combination of molecules. Between C and G, there are three hydrogen bonds. This triple bond, like the tripod of tripods, makes the two closely dependent.
The arrangement of nucleotides, the combination of C and G, is well-ordered. With hydrogen bonds as a link, the structure of double chains is maintained. If the number of this bond is different from three, or increase or decrease, the chain of inheritance, structure or change, the transmission of information, fear of mistakes.
Because of the special structure of C and G, each contains a group that can form a hydrogen bond. Complementary position, precise fit, thus forming a three-bond wonder. This is a natural coincidence, after hundreds of millions of years of evolution, to obtain a stable inheritance system.
Biochemical mystery, such as the vast sea, the number of hydrogen bonds between C and G, although small, but in the complexity of life, it is of great significance. Exploring more than enough, Fang Ming the true meaning of life, the magic of creation.
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