part 1 Evolutionary Course Project answers References Mailings Review View 4) Wh
ID: 217570 • Letter: P
Question
part 1 Evolutionary Course Project answers References Mailings Review View 4) Which mutational variants are most likely to affect fitness, variants in introns or variants in exons? 5) What does SNP stand for? 6) Which SNP most likely affects fitness, a synonymous SNP or a non-synonymous SNP? Part C) The Human Genome Review this resource: ¡ https://ghr.nlm.nih.govlprimer/genomicresearch/snp 7) How many SNPs are there in the human genome? 8) Are human SNPs most commonly found in genes, or between genes? why? Use your answers to questions #2 and #3 to develop your response. 9) Are most disease-causing SNPs in the human population associated with amino acid changes? What is your hypothesis? How do observations at https://www.ncbi.nlm.nih.gov/clinvar/?term-human[orgn] relate to your hypothesis? 10) Can the same gene be mutated different ways leading to the same pathology? What is your hypothesis? How do observations at https://www.ncbi.nlm.nih.gov/clinvar/?term-human[orgn] relate MacBook Air 80 P-11 FS 17 FS F3Explanation / Answer
According to the Chegg guidelines I'll answer the first four subparts of questions when more than four are posted. Post them separately to get the answers
4) Varient is exons are most likely to affect fitness as introns are removed from mRNA in maturation of RNA.
5) SNP stand for single nucleotide polymorphism
6) No synonymous SNP is most likely to affect the fitness because synonymous SNP means when the change occurs it doesn't change the amino acid and non synonymous means when mutation occurs it changes the amino acid and that affects the fitness most.
7) There are roughly 10 million SNPs in human genome.
Related Questions
Navigate
Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.