k Fly and moth genetic code, illustration Fly and moth genetic code. Computer illustration showing the genetic code genome of a fly bottom and moth top. Research conducted on the genomes of numerous species demonstrates that all living things on Earth are related. If the genetic similarity between two species is large, their kinship is closest. For example, the DNA deoxyribonucleic acid of a moth and a fly differs in only 7 percent of the nitrogenous bases letters that form their respective sequences, indicating that both species share a common ancestor. DNA is composed of a sequence of four nitrogenous bases Cytosine C, Guanine, Adenine A and Thymine T. Stock Photo - Afloimages
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Fly and moth genetic code, illustration Fly and moth genetic code. Computer illustration showing the genetic code  genome  of a fly  bottom  and moth  top . Research conducted on the genomes of numerous species demonstrates that all living things on Earth are related. If the genetic similarity between two species is large, their kinship is closest. For example, the DNA  deoxyribonucleic acid  of a moth and a fly differs in only 7 percent of the nitrogenous bases  letters  that form their respective sequences, indicating that both species share a common ancestor. DNA is composed of a sequence of four nitrogenous bases: Cytosine  C , Guanine, Adenine  A  and Thymine  T .
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Fly and moth genetic code, illustration

Fly and moth genetic code. Computer illustration showing the genetic code (genome) of a fly (bottom) and moth (top). Research conducted on the genomes of numerous species demonstrates that all living things on Earth are related. If the genetic similarity between two species is large, their kinship is closest. For example, the DNA (deoxyribonucleic acid) of a moth and a fly differs in only 7 percent of the nitrogenous bases (letters) that form their respective sequences, indicating that both species share a common ancestor. DNA is composed of a sequence of four nitrogenous bases: Cytosine (C), Guanine, Adenine (A) and Thymine (T).

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