In your lab you are studying the genome of venomous rattlesnakes to find the gene which codes for their venom glands. You have t
wo rattlesnakes, one rattlesnake has a mutation but can still produce venom. You compare his DNA to a normal rattlesnake. What type of
mutation has occurred?
Normal: AATCGCTACGCACGTCAG
Mutated: TATCGCTACGCACGTCAG
A. Deletion Mutation
B. Nonsense mutation
C. Silent Mutation
D. Missense mutation
It is actually a mis-sense mutation. ATA on DNA is UAU on mRNA. This codon has the amino acid ‘Leu’ TAT on DNA is AUA on mRNA. This codon has the amino acid ‘Ile’ A silent mutation means that the amino acid is not changed. This is a missense mutation because the amino acid is changed but the snake is still able to produce venom.
The volume values are far higher than I anticipated . I estimated that the volumes would be in the 1,000 - 2,000 range , based on the average amount of oxygen ... sorry if its not all the answer tryed my best i hope your not mad at me
