Mutation Day 2024 is on Sunday, September 29, 2024: mutations within a dna sequence are?

Sunday, September 29, 2024 is Mutation Day 2024. deviantART: More Like I ANIMATED A CIRCLE I'M SO FLIPPIN' HAPPY by ... Happy Mutation Day by

Sponsored Deals
Amazon Gold Box

As an Amazon Associate I earn from qualifying purchases.

mutations within a dna sequence are?

a. is the correct answer. Thousands of potential mutations occur every day in every cell in your body via "natural" processes. A mutation in a germ cell has the potential to positively or negatively affect the genotype of the offspring, thus creating "diversity".

b. many mutations are silent, thus they do not affect the phenotype

c. as noted in a., mutations are natural processes (and can occur from "unnatural" processes (more properly termed exogenous sources).

d. see a.

Best wishes and good luck.

Do I have an eye mutation?

Do I have an eye mutation?

No, it's not a mutation, and they don't go to all those colors either. You can't possibly see hazel , that is mostly brown.

You have medium light eyes and different lighting makes them appear to be different shades. Human eyes can't change colors.

It's funny you don't know any others because according to this forum, half the kids in the USA have magical eyes. There is at least 4 or 5 every day saying the same thing.

It's all lighting effects at different times of the day , and a good dose of imagination added.

EDIT *****

I'm not being rude. It is just impossible to go from light blue to brown. Unless you don't really know what hazel is. Hazel is mostly brown with green and gold/yellow flecks dispersed all around the iris.

Maybe your parents were Mutant Ninja Turtles in another life.

Help with DNA mutations?

Help with DNA mutations?

7. 28 out of the 35 amino acids will be correct. The mutation only affects the 85th to the 105th base, the rest are normal. Draw 105 bases in pairs of 3 and you will find that 28 codons will be mutation free. (lol jk don't draw it out, I did for you, just trust me).

8. The first and third sequences code for the same protein. It is ser-leu-ala-thr-ARG-ser. The other protein for the second sequence is ser-leu-ala-thr-SER-ser. You can use a decoder and write everything out (like I did) or you can trust me.

Also on this date Sunday, September 29, 2024...