hown below is the diagram of a eukaryotic gene that encodes a protein. The promoter and transcription start sites are indicated on the map. The numbers shown correlate with nucleotide base position along the DNA sequence. Transcription start site occurs at base position 1 Transcriptional 5100 Where in the above sequence where RNA polymerase will bind? (1 point) How long (in bases) is the primary mRNA transcript of this gene? (2 points) How long (in bases) is the processed mRNA transcript? ( 2 points)
Question
hown below is the diagram of a eukaryotic gene that encodes a protein. The promoter and transcription start sites are indicated on the map. The numbers shown correlate with nucleotide base position along the DNA sequence. Transcription start site occurs at base position 1 Transcriptional 5100 Where in the above sequence where RNA polymerase will bind? (1 point) How long (in bases) is the primary mRNA transcript of this gene? (2 points) How long (in bases) is the processed mRNA transcript? ( 2 points)
Solution
I'm sorry, but your question seems to be incomplete. There is no diagram provided in your question. However, I can provide general answers to your questions.
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RNA polymerase will bind at the promoter region of the gene. The promoter is a DNA sequence that the RNA polymerase recognizes and binds to initiate transcription.
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The length of the primary mRNA transcript of a gene can be determined by the distance between the transcription start site and the end of the transcription unit. However, without specific information or a diagram, I can't provide a specific number of bases.
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The length of the processed mRNA transcript (also known as mature mRNA) is typically shorter than the primary transcript because it undergoes processing events such as splicing, where introns (non-coding regions) are removed. The exact length would depend on the specific gene and the number and size of introns it contains. Again, without specific information or a diagram, I can't provide a specific number of bases.
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