Brian, age 6, scheduled to have his teeth examined and cleaned.What kind
of doctor will Brian see upon arriving Val at the office
B. A general dentist
Answer:
(D). Nonmaleficence
Explanation :
Leukemia occurs when damage is caused by the DNA of developing blood cells, mainly white cells. This causes the blood cells to uncontrollably expand and split. Good blood cells die, and are replaced by new cells. Bone marrow transplant is required in curing leukaemia. A bone marrow transplant is a surgical procedure performed to replace the weakened or killed bone marrow by illness, infection, or chemotherapy. This procedure involves the transplantation of blood stem cells into the bone marrow where they create new blood cells and encourage new marrow growth.
The healthcare team is discussing the risks and benefits of this treatment , this refers to Nonmaleficence healthcare ethics. Nonmaleficence means that it does not damage or cause the least possible harm to achieve a beneficial outcome.
FOR EXAMPLE:
Let's say you've been taking melatonin every single night to help you sleep. After a while, you may notice that it begins to take more and more melatonin for it to work like it did the first night you took it. You were taking one per night, but you end up taking 3 per night to get the same effect because your body has resistant to the drug.
ANSWER:
After a while of taking antibiotics, microorganisms in your body may become resistant to the antibiotics (which is potentially dangerous). This occurs when bacteria change to reduce the effects of a drug.
C. Sensitivity
because this isn't a constant thing, so it isn't a. it isn't b. and it isn't d.
anwser:
- one allele from mother, one allele from father
- yes, this means the mother's alleles are dominant
Explanation
"The amount of alleles that a baby Guinea pig inherit from the mother are two , 1 from its mother and 1 from its father.
ie: if its mother had a dominant black fur (BB) and its father has recessive grey fur (bb) , there is 100% chance that the baby will has a Bb genotype, which will give them either black fur or dark grey fur."
Yes, the mother likely has several dominant alleles that manifested as a heterozygous genotype in the baby, giving it a phenotype largely similar to its mother.
