Answer:
<h3>One is faster than the other. One is triggered by tissue damage while the other cannot be triggered by tissue damage. One leads to the production of prothrombin activator and the other does not.</h3>
Answer:
As you read these two scenarios, think about the questions Who should go to college? and How could they pay for their education?
Andrea is a hardworking student who gets excellent grades. She plays softball and volunteers at a shelter. She was accepted to her first choice of university, but her family can’t afford the tuition.
Nick is a hardworking student who gets excellent grades. He volunteered in a science lab in high school. However, he scored one point less than is required on the entrance exam for admission to his first-choice university. If he had scored one point higher, the university would have accepted him and the government would have paid for his education.
Part A
What issues do Andrea and Nick face?
Answer:
Ribosomes
Explanation:
Ribosomes are organelles with the main purpose of protein synthesis in cells, both in eukaryotes and prokaryotes.
Ribosomes create proteins through translation of mRNA, and the linking of amino acids.
These linked amino acids are the proteins, which can also develop into more complex types of protein structures, such as tertiary and quaternary structures.
So, the correct answer is Ribosomes.
I did the Punnett square here. So, as we know, the trait is x linked recessive. This means that if you have two recessives, you have the trait. If you have only one recessive, you’re a carrier, and this is for women only (THIS is because women have two X chromosomes, so if one is defected the other one can cover up. Men only have one X chromosome, so if theirs has a defect, they have the trait).
We’ll start off our Punnett square with XHXh for mom and XHY for dad. For the top right box, bring down a X and a big H, then another X and big H. This girl is not a carrier, she has both big H’s so she is does not have the trait. For the box on the top right, well bring down X big H, then X little h. As you can see, she has a small recessive h... but she also has a big one. That means she’s a carrier. Out of female boxes (which for this Punnett square, is just the top two), only one box is a carrier. That means 50% of girls will have the trait.
For the boys, son 1 is clear for the trait, but son two has it completely.
So again your answer if 50% of the girls are carriers. Hope this helped :)