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27. Write the sequence of RNA that is complementary to DNA with the following sequence: DNA: -T A C G C A T G A- RNA: - ___ - 28. Newly synthesized pre-mRNA contains _ that code for proteins and _ that do not code for proteins. 29. After transcription, pre-mRNA is modified into mature mRNA by adding _ and _, and by removing _ through splicing. 30. pre-mRNA can be spliced in several ways. This is called _, and is more responsible for a species complexity than is the number of genes or chromosomes. 31. A codon is a sequence of three nucleotides located in the _. There are _ codons for 20 amino acids so that mutation of one nucleotide does not always change the amino acid. 32. The start codon is _, it codes for the amino acid _. 33. The function of tRNA is to transfer an _ to the protein assembly line. 34. An anticodon is a sequence of three nucleotides located in the _. If a codon is GAC, the anticodon should be _. 35. There are less anticodons than codons. The _ hypothesis suggests that the 3rd nucleotide of anticodon does not need to be strictly complimentary to codon. 36. Ribosome have three tRNA binding sites: _, _, and _ Ribosomes join _ together into peptide while scanning down mRNA. Since multiple ribosomes can bind to mRNA simultaneously, a _ typically forms during translation. 37. Some peptides contain a _____ sequence at the newly synthesized end. This sequence directs ribosomes to attach to

          27. Write the sequence of RNA that is complementary to DNA with the following sequence:
DNA: -T A C G C A T G A- RNA: - _______ -
28. Newly synthesized pre-mRNA contains _______ that code for proteins and _______ that do not code for proteins.
29. After transcription, pre-mRNA is modified into mature mRNA by adding _______ and _______, and by removing _______ through splicing.
30. pre-mRNA can be spliced in several ways. This is called _______, and is more responsible for a species complexity than is the number of genes or chromosomes.
31. A codon is a sequence of three nucleotides located in the _______. There are _______ codons for 20 amino acids so that mutation of one nucleotide does not always change the amino acid.
32. The start codon is _______, it codes for the amino acid _______.
33. The function of tRNA is to transfer an _______ to the protein assembly line.
34. An anticodon is a sequence of three nucleotides located in the _______. If a codon is GAC, the anticodon should be _______.
35. There are less anticodons than codons. The _______ hypothesis suggests that the 3rd nucleotide of anticodon does not need to be strictly complimentary to codon.
36. Ribosome have three tRNA binding sites: _______, _______, and _______ Ribosomes join _______ together into peptide while scanning down mRNA. Since multiple ribosomes can bind to mRNA simultaneously, a _______ typically forms during translation.
37. Some peptides contain a _______ sequence at the newly synthesized end. This sequence directs ribosomes to attach to

27. Write the sequence of RNA that is complementary to DNA with the following sequence:
DNA: -T A C G C A T G A- RNA: - -
28. Newly synthesized pre-mRNA contains that code for proteins and that do not code for proteins.
29. After transcription, pre-mRNA is modified into mature mRNA by adding and , and by removing through splicing.
30. pre-mRNA can be spliced in several ways. This is called , and is more responsible for a species complexity than is the number of genes or chromosomes.
31. A codon is a sequence of three nucleotides located in the . There are codons for 20 amino acids so that mutation of one nucleotide does not always change the amino acid.
32. The start codon is , it codes for the amino acid .
33. The function of tRNA is to transfer an to the protein assembly line.
34. An anticodon is a sequence of three nucleotides located in the . If a codon is GAC, the anticodon should be .
35. There are less anticodons than codons. The hypothesis suggests that the 3rd nucleotide of anticodon does not need to be strictly complimentary to codon.
36. Ribosome have three tRNA binding sites: , , and Ribosomes join together into peptide while scanning down mRNA. Since multiple ribosomes can bind to mRNA simultaneously, a typically forms during translation.
37. Some peptides contain a sequence at the newly synthesized end. This sequence directs ribosomes to attach to

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