This is an mRNA sequence for the name of a protein found throughout your body:
5' C U A C C U C A G A U U C G C C U A C C U 3'
What is the DNA sequence that encodes for the word for this protein? Be sure to note the 5' and 3' ends.
5' C U A C C U C A G A U U C G C C U A C C U 3'
What is the DNA sequence that encodes for the word for this protein? Be sure to note the 5' and 3' ends.
What is the protein? I would appreciate any feedback! Thanks! :)
To deduce the DNA sequence that encodes for the given mRNA sequence, we need to understand the process of transcription and the relationship between DNA and RNA.
During transcription, DNA serves as the template for the synthesis of mRNA. The process involves matching complementary RNA bases (adenine - uracil and cytosine - guanine) to the DNA bases (adenine - thymine and cytosine - guanine).
To obtain the DNA sequence that encodes the given mRNA, we need to replace each base of the RNA sequence with its complementary DNA base. Here's how it's done:
Given mRNA sequence: 5' C U A C C U C A G A U U C G C C U A C C U 3'
1. Replace uracil (U) with adenine (A):
5' C A A C C A G A U U C G C C A A C C A 3'
2. Replace adenine (A) with thymine (T):
5' C T T C C T G T T C G C C A A C C A 3'
3. Replace guanine (G) with cytosine (C):
5' C T T C C T C T T C C C A A C C A 3'
4. Replace cytosine (C) with guanine (G):
5' C T T G G T C T T G G G A A G G T 3'
Now we have the DNA sequence that encodes for the given mRNA:
5' CTTGGTCTTGGGAAAGGT 3'
Remember that this DNA sequence represents the complementary strand of the template DNA, which would serve as the non-template (sense) strand in transcription.