Genotyping an SNP (single nucleotide polymorphism), in silico methods in molecular biology:What letter(s) did we write in the position of the SNP?Question 11AnswerA."T" to mean THYMINE.B."CT" to mean BOTH CYTOSINE AND THYMINE.C."C" to mean CYTOSINE.D."Y" to mean ANY PYRIMIDINE base.
Question
Genotyping an SNP (single nucleotide polymorphism), in silico methods in molecular biology:What letter(s) did we write in the position of the SNP?Question 11AnswerA."T" to mean THYMINE.B."CT" to mean BOTH CYTOSINE AND THYMINE.C."C" to mean CYTOSINE.D."Y" to mean ANY PYRIMIDINE base.
Solution
Without the context of the specific study or experiment, it's impossible to definitively answer this question. However, in general terms:
A. "T" would indicate that the SNP resulted in a Thymine base. B. "CT" would indicate that the SNP could be either a Cytosine or a Thymine base. C. "C" would indicate that the SNP resulted in a Cytosine base. D. "Y" is a standard IUPAC notation for any pyrimidine base, which includes Cytosine and Thymine.
So, the letter(s) written in the position of the SNP would depend on the specific results of the genotyping.
Similar Questions
What is a Single Nucleotide Polymorphism (SNP)?The most common type of DNA variation which involves a single letter change in the DNA sequenceA very rare type of DNA variation which involves a single letter change in the DNA sequenceA type of DNA variation which involves the deletion of a single letter in the DNA sequenceA type of DNA variation where a single letter is duplicated in the DNA sequence
In a genotype the capital letter stands for the_________ allele.
During transcription, a DNA nucleotide containing Thymine (T) base pairs with an RNA nucleotide containing?
Select the name of a compound that is present in both DNA and RNA.ThymineUracilRiboseCytosine
What type of mutations result in single-nucleotide polymorphisms (SNPs) in a population?Multiple choice question.InversionsPoint mutationsDuplications
Upgrade your grade with Knowee
Get personalized homework help. Review tough concepts in more detail, or go deeper into your topic by exploring other relevant questions.