Question

What affect could a point mutation have on the protein produced in the genetic code?

What affect could a point mutation have on the protein produced in the genetic code?

Homework Answers

Answer #1

Point mutation is the single nucleotide change in the genetic sequence either by insertion or deletion of one nucleotide. Point mutation in the genetic code affects the protein produced by altering its structure and function as alteration in a single nucleotide may lead to change in amino acid sequence of the peptide which may have some deleterious effects. The site of mutation in the genome also decides what sort of change it will cause after mutation. For instance, if it occurs in non coding region then mutation will have no effect mostly. If the mutation occurs in the promoter, then genetic expression will change that will lead to change in protein.

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Describe the link between protein structure/function, silent mutations, and the conservative nature of the genetic code....
Describe the link between protein structure/function, silent mutations, and the conservative nature of the genetic code. Your answer should contain a definition of silent mutation and an explanation for how the genetic code is conservative.
Describe the link between protein structure/function, silent mutations, and the conservative nature of the genetic code....
Describe the link between protein structure/function, silent mutations, and the conservative nature of the genetic code. Your answer should contain a definition of silent mutation and an explanation for how the genetic code is conservative.
A mRNA for a common protein (DOG) is written below. (use the genetic code to translate...
A mRNA for a common protein (DOG) is written below. (use the genetic code to translate directly). AUG CUC ACU AAU GGU UCU CAU GGG UGA A missense mutation has occurred however and the new gene (CAT) is transcribed below. Translate it using the genetic code. AUG CUC ACU AAU GGU CCU CAU GGG UGA Using the translated products describe DOG and CAT in terms of potential glycosylation. Could DOG be glycosylated, if so, on which amino acids and by...
Genetic code backwards: You have just discovered a small neuropeptide that makes your friend have "dancing...
Genetic code backwards: You have just discovered a small neuropeptide that makes your friend have "dancing feet". Whenever they hear a certain song, they just have to dance. As fun as it is to make them dance whenever you want, you realize that this could be a serious problem and want to help. Since you do not have "dancing feet", you have a normal neuropetide.   You both go to a research clinic and have the small neuropetide sequenced. Your normal...
the genetic code is based on triplets of bases(hypothesis) a-single base substitutions affect only one amino...
the genetic code is based on triplets of bases(hypothesis) a-single base substitutions affect only one amino acid in the protein chain b-one or two bases deletion or insertion in agene disrupt its function three bases deletion or insertion are often compatible withe function
The nature of the genetic code also protects us from mutation. Two or three codons may...
The nature of the genetic code also protects us from mutation. Two or three codons may specify an amino acid and these codons only differ at the third base. If the third base in the codon is replaced, can it result in the same amino acid? If the second base in the codon changes to a different base, it will change to a different amino acid. Amino acid changes can be conservative or non-conservative. If it is a conservative missense...
5. Both epigenetic and genetics can affect gene expression. Below are a few situations affecting Protein...
5. Both epigenetic and genetics can affect gene expression. Below are a few situations affecting Protein X. Please describe for each situation if: A) protein X will be more or less transcribed (or no change), AND B) if this is due to genetic or epigenetic changes. A. Mutation in Protein D so it can no longer target Protein X for deacetylation B. Mutation of the consensus sequence in the promoter of Protein X, resulting in increased association with RNA polymerase...
Where might a point mutation substitution have NO effect? before the stop codon in the mitochodrion...
Where might a point mutation substitution have NO effect? before the stop codon in the mitochodrion in the start codon in an intron region Which statement about protein manufacture is TRUE proteins are assembled in the nucleus each codon consists of 3 nucleotides DO NOT GRADE bacteria cannot manufacture proteins each codon can code for multiple amino acids
During cell division, DNA undergoes replication. DNA is transcribed into mRNA and the genetic code is...
During cell division, DNA undergoes replication. DNA is transcribed into mRNA and the genetic code is translated into a polypeptide sequence. Out of these three processes, which is most likely to be the site a deletion, frameshift, insertion missense, nonsense, point and silent mutation or alteration occurred? Explain why you have chosen this process.
Out of: mutation, gene flow or genetic drift. A. What would typically increase genetic variation in...
Out of: mutation, gene flow or genetic drift. A. What would typically increase genetic variation in a population and why? B. Which can reverse the effects of genetic drift? Why?