Question

which evidence supports the link between dna structure and protein function in cells? (select the three correct answers.) (1 point) transcription makes an mrna copy of a dna segment to carry the protein code to the ribosome. a mutation, or a change in the dna sequence, can change a proteins shape and function. proteins are put together directly on the dna molecule inside of the cells nucleus. the sequence of bases in a gene determines the sequence of amino acids in a protein. all special cells in an organism have the exact same types and amounts of proteins.

Explanation:

• Transcription: mRNA copies DNA segments to carry protein code to ribosomes.
• Mutation: Changes in DNA can alter protein shape/function.
• Gene sequence: Determines amino - acid sequence in proteins.
• Proteins are not put together directly on DNA in the nucleus.
• Special cells have different proteins.

Answer:

Transcription makes an mRNA copy of a DNA segment to carry the protein code to the ribosome.
A mutation, or a change in the DNA sequence, can change a protein's shape and function.
The sequence of bases in a gene determines the sequence of amino acids in a protein.