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whereas is the process of expressing the genetic code and ends in the formation of a protein. 5 Label the characteristic or function described with the type of RNA, using the following key: mR = mRNA tR = tRNA rR = rRNA Always attaches to specific amino acids. Is made inside the nucleolus. Works in triplets to form codons that specify amino acids in protein synthesis. Is a single strand of nucleotides whose bases are complementary to those of the DNA from which it was transcribed. Is composed of two subunits (large and small). Is a loop of 3 bases that is complementary to the codon. 6 Compare and contrast the structure of DNA and RNA.

          whereas is the process of expressing the genetic code and ends in the formation of a protein.
5 Label the characteristic or function described with the type of RNA, using the following key:
mR = mRNA tR = tRNA rR = rRNA
Always attaches to specific amino acids.
Is made inside the nucleolus.
Works in triplets to form codons that specify amino acids in protein synthesis.
Is a single strand of nucleotides whose bases are complementary to those of the DNA from which it was transcribed.
Is composed of two subunits (large and small).
Is a loop of 3 bases that is complementary to the codon.
6 Compare and contrast the structure of DNA and RNA.

whereas is the process of expressing the genetic code and ends in the formation of a protein.
5 Label the characteristic or function described with the type of RNA, using the following key:
mR = mRNA tR = tRNA rR = rRNA
Always attaches to specific amino acids.
Is made inside the nucleolus.
Works in triplets to form codons that specify amino acids in protein synthesis.
Is a single strand of nucleotides whose bases are complementary to those of the DNA from which it was transcribed.
Is composed of two subunits (large and small).
Is a loop of 3 bases that is complementary to the codon.
6 Compare and contrast the structure of DNA and RNA.

Added by Jessica R.

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