Question

3. The enzyme identified in #2 binds to DNA at the _____________, which is a sequence of nucleotides that signals the beginning of the gene. 4. Transcription stops when the enzyme identified in #2 encounters a sequence of bases called the _, which signals the end of the gene has been reached. 5. Use the DNA/RNA base-pairing rules to TRANSCRIBE the template DNA (top) strand in Part I. Take the time to do this carefully! Mistakes can alter the final protein. Write the mRNA sequence here:____________________________________________________ PART III: GENE EXPRESSION--TRANSLATION (SECTION 7.3; Fig 7.8) During translation, mRNA's instructions (see #5) are used to build the protein. Ribosomes (rRNA) and tRNA assist in the process of protein synthesis. 6. The process of TRANSLATION occurs at _ (organelle) located in the _______ (area/part of the cell). 7. Which type of RNA (mRNA, tRNA, or ribosomes) carries DNA's instructions from the nucleus to the cytoplasm so they can be read/translated into a protein (amino acid sequence)? _ 8. A codon is a unique set of (#) nucleotide bases that codes for one of 20 specific _____________________. 9. Divide mRNA strand in #5 into codons by drawing vertical lines between them.

          3. The enzyme identified in #2 binds to DNA at the _________________________, which is a
sequence of nucleotides that signals the beginning of the gene.

4. Transcription stops when the enzyme identified in #2 encounters a sequence of bases called the
_________________________, which signals the end of the gene has been reached.

5. Use the DNA/RNA base-pairing rules to TRANSCRIBE the template DNA (top) strand in Part I. Take
the time to do this carefully! Mistakes can alter the final protein. Write the mRNA sequence
here:____________________________________________________________________________

PART III: GENE EXPRESSION--TRANSLATION (SECTION 7.3; Fig 7.8)
During translation, mRNA's instructions (see #5) are used to build the protein. Ribosomes (rRNA) and
tRNA assist in the process of protein synthesis.

6. The process of TRANSLATION occurs at _________________________ (organelle) located in the
_________________________ (area/part of the cell).

7. Which type of RNA (mRNA, tRNA, or ribosomes) carries DNA's instructions from the nucleus to the
cytoplasm so they can be read/translated into a protein (amino acid sequence)? _____________

8. A codon is a unique set of ______(#) nucleotide bases that codes for one of 20 specific
_________________________.

9. Divide mRNA strand in #5 into codons by drawing vertical lines between them.

3. The enzyme identified in #2 binds to DNA at the , which is a
sequence of nucleotides that signals the beginning of the gene.

4. Transcription stops when the enzyme identified in #2 encounters a sequence of bases called the
, which signals the end of the gene has been reached.

5. Use the DNA/RNA base-pairing rules to TRANSCRIBE the template DNA (top) strand in Part I. Take
the time to do this carefully! Mistakes can alter the final protein. Write the mRNA sequence
here:

PART III: GENE EXPRESSION–TRANSLATION (SECTION 7.3; Fig 7.8)
During translation, mRNA's instructions (see #5) are used to build the protein. Ribosomes (rRNA) and
tRNA assist in the process of protein synthesis.

6. The process of TRANSLATION occurs at (organelle) located in the
(area/part of the cell).

7. Which type of RNA (mRNA, tRNA, or ribosomes) carries DNA's instructions from the nucleus to the
cytoplasm so they can be read/translated into a protein (amino acid sequence)?

8. A codon is a unique set of (#) nucleotide bases that codes for one of 20 specific
.

9. Divide mRNA strand in #5 into codons by drawing vertical lines between them.

Added by Jessica L.

Question

Please give Ace some feedback