In one animal cell there are three different proteins binding to specific DNA nu
ID: 50270 • Letter: I
Question
In one animal cell there are three different proteins binding to specific DNA nucleotide sequences between 300 and 850 nucleotides away from the starting point of transcription of a gene. Another kind of cell in the same animal has eleven different proteins binding to specific DNA sequences in the same region. What is the likeliest effect of these differences on the two kinds of cells?
One cell will be larger than the other
The two kinds of cells will contain different amounts of a particular protein
Two different proteins will be produced: one protein in one cell, another protein in the other cell
One cell will differentiate into a particular cell type, the other will not differentiate
1.One cell will be larger than the other
2.The two kinds of cells will contain different amounts of a particular protein
3.Two different proteins will be produced: one protein in one cell, another protein in the other cell
4.One cell will differentiate into a particular cell type, the other will not differentiate
Explanation / Answer
this case is same as like prokaryote vs eukaryote. we know that eukryote DNA bind to protein is much simpler than in eukaryote this is because eukaryote cell is larger, more complex, much no of protein present and also have complex mechanism. so for option 1, 2 and 3 are possible but 1st is more correct. because cell is large is size then it will have other things so the correct answer is 1- One cell will be larger than the other
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