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More Information. DNA base pair. Under normal circumstances, the nitrogen-containing bases adenine (A) and thymine (T) pair together, and cytosine (C) and guanine (G) pair together. The binding of these base pairs forms the structure of DNA.
0:06 1:03 2.7 Skill: Deduce the DNA base sequence for the mRNA strand YouTube Start of suggested clip End of suggested clip See on mRNA pairs with a G on DNA and conversely G on mRNA pairs with the C on DNA. So to produce aMoreSee on mRNA pairs with a G on DNA and conversely G on mRNA pairs with the C on DNA. So to produce a piece of DNA we first base pair with the a on mRNA that gives you the T on DNA the U on the mRNA.
either of the nucleotide bases linked by a hydrogen bond on opposite strands of DNA or double-stranded RNA: guanine is the complementary base of cytosine, and adenine is the complementary base of thymine in DNA and of uracil in RNA.
0:00 2:33 Decode from DNA to mRNA to tRNA to amino acids - YouTube YouTube Start of suggested clip End of suggested clip You will have a will pair with team T with a G with C and you can watch the rest now messenger RNAMoreYou will have a will pair with team T with a G with C and you can watch the rest now messenger RNA is similar to DNA. But instead of thymine. You have uracil.
A always pairs with T, and G always pairs with C. Scientists call the two strands of your DNA the coding strand and the template strand. RNA polymerase builds the mRNA transcript using the template strand.
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At times when DNA is unzipped, like when RNA synthesizing enzymes are reading the information in it, RNA can stick to one of the DNA strands like hook and loop tapes. This combination of RNA stuck with DNA makes a bizarre structure called a DNA-RNA hybrid.
2:50 4:03 DNA: Complementary Base Pairing - YouTube YouTube Start of suggested clip End of suggested clip It. Allows something called complementary base pairing. You see cytosine can form 3 hydrogen bondsMoreIt. Allows something called complementary base pairing. You see cytosine can form 3 hydrogen bonds with guanine. And adenine can form two hydrogen bonds. With thymine or more simply C bonds with G.
Replication relies on complementary base pairing, that is the principle explained by Chargaff's rules: adenine (A) always bonds with thymine (T) and cytosine (C) always bonds with guanine (G).
DNA, RNA, and protein are all closely related. DNA contains the information necessary for encoding proteins, although it does not produce proteins directly. RNA carries the information from the DNA and transforms that information into proteins that perform most cellular functions.
Complementary sequence: Nucleic acid sequence of bases that can form a double- stranded structure by matching base pairs. For example, the complementary sequence to C-A-T-G (where each letter stands for one of the bases in DNA) is G-T-A-C.

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