adenine (A) forms a base pair with thymine (T)
guanine (G) forms a base pair with cytosine (C)
In RNA, thymine is replaced by uracil (U)
Among many things an RNA primer for DNA replication.
The three bases of RNA and DNA put together are called codons in RNA and triplets in DNA. These sequences of bases encode specific amino acids or signal the end of protein synthesis.
There are three bases in the anticodon region of a transfer RNA (tRNA) molecule. These bases are complementary to the codon sequence on messenger RNA (mRNA) during protein synthesis to ensure the correct amino acid is incorporated into the growing polypeptide chain.
It is a codon.The word was coined in 1962 by Sydney Brenner for a group of three nucleotides (or their bases) in DNA that code for one amino acid. Since then the word has also been extended to apply to messenger RNA.
When a gene is transcribed there is a sequence of RNA bases that was copied from the DNA sequence. The RNA sequence can be exactly the same as the DNA or can be modified more in higher organisms by removing the introns if any. Three RNA bases is a codon. Each codon signifies an amino acid. There is an initiation codon and a terminal codon. So the amino acid sequence is determined by the sequence (multiple of 3 RNA bases) of codons between the initiation codon and termination codon.
A sequence of three nitrogenous bases in an mRNA molecule is called a codon. Each codon codes for a specific amino acid during protein synthesis.
RNA polymerase is the enzyme that reads along a sequence of bases in DNA and synthesizes a complementary sequence of nucleotide bases in RNA during transcription.
Among many things an RNA primer for DNA replication.
A sequence of three nucleic acid bases on transfer RNA molecules which recognizes and binds to three corresponding bases (called a codon) of messenger RNA. During protein synthesis this interaction ensures that the amino acid encoded by the codon is added to the growing protein.
The three bases of RNA and DNA put together are called codons in RNA and triplets in DNA. These sequences of bases encode specific amino acids or signal the end of protein synthesis.
No, a sequence of three bases (called a codon) does not directly form an amino acid. However, each codon in a sequence of DNA or RNA corresponds to a specific amino acid, according to the genetic code. The sequence of codons determines the order in which amino acids are assembled during protein synthesis.
There are three bases in the anticodon region of a transfer RNA (tRNA) molecule. These bases are complementary to the codon sequence on messenger RNA (mRNA) during protein synthesis to ensure the correct amino acid is incorporated into the growing polypeptide chain.
It is a codon.The word was coined in 1962 by Sydney Brenner for a group of three nucleotides (or their bases) in DNA that code for one amino acid. Since then the word has also been extended to apply to messenger RNA.
When a gene is transcribed there is a sequence of RNA bases that was copied from the DNA sequence. The RNA sequence can be exactly the same as the DNA or can be modified more in higher organisms by removing the introns if any. Three RNA bases is a codon. Each codon signifies an amino acid. There is an initiation codon and a terminal codon. So the amino acid sequence is determined by the sequence (multiple of 3 RNA bases) of codons between the initiation codon and termination codon.
That all depends on what sequence you are useong and where.
Bases A and T link together and C and G link together. If your DNA sequence was, for example, ATCGAGT your RNA sequence would be TAGCTCA.
RNA is actually a single stranded copy of DNA composed of ribonucleic acids, hence the name RNA. Genomic DNA is read by an enzyme called RNA polymerase which uses DNA as a template to make a corresponding RNA copy. The RNA transcript is recognized by ribosomes and is used as a guide to assemble amino acids into long chains called polypeptides or proteins. The letters (or bases) of the DNA corresponds exactly to the letters made in the RNA. A-->U C--> G