Answer:Based on the information provided in Table 1, let's break down the answers step by step:
A) Base sequence of original strand: A–T–C–G–T–A–G–A–C–G–C–T–T–A–T–G–A–C
This is the sequence of bases (adenine, thymine, cytosine, and guanine) that make up the original DNA strand.
B) Protein produced from original strand: Protein A
The original DNA strand undergoes a process called transcription, where it is used as a template to produce a complementary RNA strand. This RNA strand is then used in translation to produce a protein. In this case, the original DNA strand leads to the production of Protein A.
C) Base sequence of mutated strand: The table does not provide information about the mutated strand. To answer this part, we would need the specific changes that occurred in the original DNA sequence.
D) Protein produced from mutated strand: Without the information about the mutated strand, we cannot determine the protein produced. Mutations can lead to different effects, including changes in the amino acid sequence of the resulting protein.
E) Effect of mutation: Similarly, since the table does not provide information about the specific mutation, we cannot determine the effect of the mutation. Mutations can have various consequences, including changes in protein function, gene expression, or even disease development.
In summary, while we have information about the original DNA strand and the protein produced from it, we do not have information about the mutated strand, the protein produced from it, or the specific effect of the mutation.
Explanation:hope will help you friends