Which describes the correct sequence of steps of protein synthesis?Group of answer choicesThe DNA strand unzips and a complementary mRNA strand is copied. The mRNA travels to the ribosome where tRNA "reads" it and brings the appropriate amino acids indicated by the mRNA strand nucleotide bases. The string of amino acids creates a peptide chain. Multiple peptide chains create a protein.The RNA strand travels to the ribosome where the DNA strand "reads" it and brings the appropriate amino acids indicated by the RNA strand nucleotide bases. The string of amino acids creates a peptide chain. Multiple peptide chains create a protein.The RNA strand unzips and a complementary mRNA strand is copied. The mRNA travels to the ribosome where tRNA "reads" it and brings the appropriate amino acids indicated by the mRNA strand nucleotide bases. The string of amino acids creates a peptide chain. Multiple peptide chains create a protein.The DNA strand travels to the ribosome, where tRNA "reads" it and brings the appropriate amino acids indicated by the DNA strand nucleotide bases. The string of amino acids creates a peptide chain. Multiple peptide chains create a protein. Which describes the correct sequence of steps of proteinsynthesis?The DNA strand unzips and a complementary mRNA strand is copied. ThemRNA travels to the ribosome where tRNA "reads" it and brings theappropriate amino acids indicated by the mRNA strand nucleotide bases. Thestring of amino acids creates a peptide chain. Multiple peptide chains create aprotein.The RNA strand travels to the ribosome where the DNA strand "reads" it andbrings the appropriate amino acids indicated by the RNA strand nucleotidebases. The string of amino acids creates a peptide chain. Multiple peptidechains create a protein.The RNA strand unzips and a complementary mRNA strand is copied. ThemRNA travels to the ribosome where tRNA "reads" it and brings theappropriate amino acids indicated by the mRNA strand nucleotide bases. Thestring of amino acids creates a peptide chain. Multiple peptide chains create aprotein.The DNA strand travels to the ribosome, where tRNA "reads" it and brings theappropriate amino acids indicated by the DNA strand nucleotide bases. Thestring of amino acids creates a peptide chain. Multiple peptide chains create aprotein.

Protein synthesis is a complex process that involves the translation of genetic information into…

Answered: Which describes the correct sequence of…

Biology (MindTap Course List)

11th Edition

ISBN:9781337392938

Author:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Publisher:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Chapter13: Gene Expression

Section13.4: Translation

Problem 3C: A certain mRNA strand has the following nucleotide sequence: 5AUGACGUAUAACUUU3 What is the anticodon...

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Which describes the correct sequence of steps of protein synthesis?

Group of answer choices

The DNA strand unzips and a complementary mRNA strand is copied. The mRNA travels to the ribosome where tRNA "reads" it and brings the appropriate amino acids indicated by the mRNA strand nucleotide bases. The string of amino acids creates a peptide chain. Multiple peptide chains create a protein.

The RNA strand travels to the ribosome where the DNA strand "reads" it and brings the appropriate amino acids indicated by the RNA strand nucleotide bases. The string of amino acids creates a peptide chain. Multiple peptide chains create a protein.

The RNA strand unzips and a complementary mRNA strand is copied. The mRNA travels to the ribosome where tRNA "reads" it and brings the appropriate amino acids indicated by the mRNA strand nucleotide bases. The string of amino acids creates a peptide chain. Multiple peptide chains create a protein.

The DNA strand travels to the ribosome, where tRNA "reads" it and brings the appropriate amino acids indicated by the DNA strand nucleotide bases. The string of amino acids creates a peptide chain. Multiple peptide chains create a protein.

Which describes the correct sequence of steps of protein
synthesis?
The DNA strand unzips and a complementary mRNA strand is copied. The
mRNA travels to the ribosome where tRNA "reads" it and brings the
appropriate amino acids indicated by the mRNA strand nucleotide bases. The
string of amino acids creates a peptide chain. Multiple peptide chains create a
protein.
The RNA strand travels to the ribosome where the DNA strand "reads" it and
brings the appropriate amino acids indicated by the RNA strand nucleotide
bases. The string of amino acids creates a peptide chain. Multiple peptide
chains create a protein.
The RNA strand unzips and a complementary mRNA strand is copied. The
mRNA travels to the ribosome where tRNA "reads" it and brings the
appropriate amino acids indicated by the mRNA strand nucleotide bases. The
string of amino acids creates a peptide chain. Multiple peptide chains create a
protein.
The DNA strand travels to the ribosome, where tRNA "reads" it and brings the
appropriate amino acids indicated by the DNA strand nucleotide bases. The
string of amino acids creates a peptide chain. Multiple peptide chains create a
protein.

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