thymine
Uracil
Uracil is not naturally present in DNA. Instead, it is found in RNA, where it replaces the thymine base found in DNA. Thymine is the corresponding base in DNA and is not found in RNA.
Thymine
During transcription, uracil is the nucleotide base that is incorporated into RNA but is not found in DNA. In RNA, uracil replaces thymine, which is present in DNA. This substitution occurs as RNA polymerase synthesizes RNA from the DNA template, pairing uracil with adenine.
DNA and RNA differ in several ways, including their sugar components (deoxyribose in DNA and ribose in RNA), the presence of thymine in DNA versus uracil in RNA, and their typical structures (double-stranded for DNA and single-stranded for RNA). However, both DNA and RNA are nucleic acids composed of nucleotide monomers. Thus, the similarity in their fundamental composition is the one aspect they do not differ in.
Ribose is present in RNA, but not in DNA.
Uracil is present in RNA, but not in DNA.
Yes, deoxyribose is present in DNA, while ribose is present in RNA.
Yes, ribose is present in RNA but not in DNA. DNA contains deoxyribose instead of ribose.
Yes, ribose is present in the RNA of living organisms, but not in the DNA.
RNA has the base uracil rather than thymine that is present in DNA, so the answer to you question is.. thymine.
Uracil
uracil
Uracil is not naturally present in DNA. Instead, it is found in RNA, where it replaces the thymine base found in DNA. Thymine is the corresponding base in DNA and is not found in RNA.
The SUGAR found in DNA but not RNA is Codo.
One difference between DNA and RNA is that DNA has a nitrogen base pyrimidine thymine that connects with purine adenine. In RNA, thymine is replaced by another pyrimidine called uracil.
Yes, single-stranded DNA or RNA is present in the genetic material of certain viruses.