DNA and RNA shows how similar or different the organisms are, so you can group them into categories based on how similar they are to one another.
DNA help classify the platypus because with out it the DNA the platypus would be classified with the marsupials which would be wrong.
DNA is the answer.
Analyzing DNA and other parts of the cell helps to classify organisms.
structural likenesssimilarities in DNA sequencesimilarities in embryonic stages of development
Who cares.they have in common the classification and name.
In basic terms: biologists classify organisms by species, genus and family.
Biologists classify animals by their body structure, the way their body structure develops, and by their DNA.
DNA help classify the platypus because with out it the DNA the platypus would be classified with the marsupials which would be wrong.
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They are classified according to the DNA they share with other organisms.
DNA is the answer.
Biologists classify humans along with other species such as great apes. apes belong to a group known as the primates. The commaon DNA they share is Mitochondrial DNA (mtDNA) and nuclear DNA (nDNA).
Comparisons of appearance, comparisons of structure, and comparisons of DNA and proteins.
Analyzing DNA and other parts of the cell helps to classify organisms.
structural likenesssimilarities in DNA sequencesimilarities in embryonic stages of development
Taxonomists use fossil records, morphological structures, and DNA/genetic information in order to classify organisms into different kingdoms, phylums, and classes.
Morphology and taxonomy are used to classify organisms and now DNA studies are part of it.