Whoever wrote this question loves math, hahaha.
Start by converting 77# to kg, which is 34.9kg
The medication dose is 3 mg/kg, so 3 x 34.9 = 104.7 mg.
Rounding up, that’s 105 mg, and the medication comes in 105mg/5 mL, so they would get 5 mL.
If you’re not allowed to round, you’ll get 4.985 mL, and you’re not going to have the ability to accurately micromeasure like that with an oral medication.
Answer:
The immune system recognizes damaged cells, irritants, and pathogens, and it begins the healing process. When something harmful or irritating affects a part of our body, there is a biological response to try to remove it.
...
These can include:
fatigue.
mouth sores.
chest pain.
abdominal pain.
fever.
rash.
joint pain.
Answer: She'd have hyperglycemia and lose weight as a result.
Explanation: See above.
However, by the time a cross match is done, the level of antibody in the recipient's plasma is too low to cause agglutination, making this type of reaction difficult to prevent. Likewise, during the blood transfusion the level of antibody is too low to cause an acute transfusion reaction. As people with blood group AB have no antibodies, they can receive all blood groups without issues. People with blood group O can only receive RBCs of blood group O, because they carry both antibodies. ... Hence, blood group O can be received by all other groups, and is therefore the universal donor.
Answer:
Nucleic Acids and proteins. (A, D)
Explanation:
Viruses are known as the typical parasites in the living environment, they are not plants, animals, or bacteria. All viruses have nucleic acid, either Deoxyribonucleic acid or Ribonucleic acid as their genetic material, but not both, and consisting of a protein coat, which helps to surround the nucleic acid (DNA, and RNA).
The basic viruses have only enough RNA or DNA to encode 4 proteins. They are generally classified by the species they infect such as plants, bacteria, or animals. Mostly they are two types in shapes: rods, or filaments, and spheres.
