You are studying a gene that is o diagram of a gene with (A)/(G) snp in enhancer, (C)/() Icreas. While sequencing the gene across a large population or people you Iaentiry inree single nucleotide polymorphisms (SNPs) in the gene. Use this information to answer the following question.
You examine the SNP that you have found in the gene. This SNP is at the +7 position of the coding strand. When you sequence the RNAs from people that have the T-haplotype to those that have the C-haplotype, what do you predict you will find?
People with the T-haplotype will have more RNA transcribed from the gene than people with the C-haplotype because activators will not bind to the enhancer region of the C-haplotype .
People with the T-haplotype will have RNA transcribed from the gene and people with the Chaplotype will not have RNA transcribed from the gene because RNA polymerase will not bind to the promoter of the C-haplotype .
Both haplotypes will have RNA transcribed, but in the T-haplotype the RNA will have a U at nucleotide 7 and the C-haplotype will have a C at nucleotide 7.
Both haplotypes will have RNA transcribed, but in the T-haplotype the RNA will have an A at nucleotide 7 and the C-haplotype will have a G at nucleotide 7.
A/G
T/C
snp in promoter,and T/C snp in gene body
(SNPs) in the gene. Use this information to answer the following question.
You examine the SNP that you have found in the gene. This SNP is at the +7 position of the coding strand. When you sequence the RNAs from people that have the T-haplotype to those that have the C-haplotype, what do you predict you will find?
People with the T-haplotype will have more RNA transcribed from the gene than people with the C-haplotype because activators will not bind to the enhancer region of the C-haplotype . People with the T-haplotype will have RNA transcribed from the gene and people with the C- haplotype will not have RNA transcribed from the gene because RNA polymerase will not bind to the promoter of the C-haplotype. Both haplotypes will have RNA transcribed, but in the T-haplotype the RNA will have a U at nucleotide 7 and the C-haplotype will have a C at nucleotide 7 Both haplotypes will have RNA transcribed, but in the T-haplotype the RNA will have an A at nucleotide 7 and the C-haplotype will have a G at nucleotide 7.
