Answer:
The disease is autosomal dominant.
Explanation:
Huntigton's disease is an autosomal dominant disease because the allele for this disease is present on an autosomal chromosome and the person with even one mutated allele (H) can develop the disease even if he has one normal allele (h) too. If a person is affected with Huntigton's disease, there are 50 percent chances that the children will also suffer from the disease.
For example: A father is suffering from Huntigton's disease but mother is normal. Let us see how it will be passed to kids.
P1: Hh : hh
Gametes: H : h: h: h
Offspring: Hh: Hh: hh: hh
50% : 50%
Therefore, 50 percent chances are there that the kids will have disease even if only parent suffers from it.
Answer:
It causes the body to form antibodies that attack the new blood cells, causing them to break open and release harmful substances into the blood stream.
Explanation:
For blood transfusion to be successful, the blood group of the donor must be compatible with that of the recipient. If not, the donors red blood cells will clump in the recipients blood vessels, causing serious harm and release of harmful substances into the recipients blood stream. Usually blood used in blood transfusions contains very little of the donors plasma.
Answer: The arrangement of these nitrogen bases contains the code for
genetic traits. These bases are arranged in a particular
sequence, such as TGCATTCA. The sequences of DNA can vary
from several hundred bases to a million or more bases.
Explanation: put this and my teacher said amazing
Answer:
five kingdoms
Explanation:
members of the domain eukaryotes have member-bound organelles including a nucleus containing genetic material and are represented by five kingdoms.
Cell, tissue, organ, organ system, organism...................................................................
