Answer:
Macromolecules are transported from one space to another through a process of transcytosis or transcellular transport. It consists of a series of steps that will allow the mobility of macromolecules from one extracellular space to another, through the cellular menbrain, through a vesicle formation process. These vesicles maintain a certain load inside. The processes that are generated for the transcytosis process are those of endocytosis and exocytosis.
Answer:
The correct answer is option B. Production of Intrinsic Factor.
Explanation:
The kidney is a vital organ of the excretory system that plays many roles in the body. Exerting or filtering toxins, drugs, and metabolic wastes. Regulating fluid balance and concentration of the solutes in water, producing renin and erythropoietin and regulating pH which is an acid-base balance.
Intrinsic factor is produced by the parietal cell of the stomach which is essential to the absorption of the vitamin B12 in the small intestine.
Thus, the correct answer is option B. Production of Intrinsic Factor.
Answer:
Ensure that before use the mercury level is below 35 ∘C. Read the thermometer keeping the level of mercury along the line of sight.
Answer:
I think viruses, bacteria,fungi and parasites.
Answer:
231 ml
Explanation:
Let x represent the amo unt of Dextrose 70% in ml and y represent the amount of Dextrose 5% in ml needed to prepare 1,000mL of Dextrose 20%.
Since 1000 ml of Dextrose 20% is needed, hence:
x + y = 1000 (1)
Also 70% Dextrose is mixed with 5% dextrose to produce 20% dextrose. i.e.:
70% of x + 5% of y = 20% of 1000
0.7x + 0.05y = 200 (2)
We have to solve equations 1 and 2 simultaneously.
Let us multiply equation 2 by 20:
14x + y = 4000 (3)
subtract equation 1 from 3:
13x = 3000
x = 231 ml
Put x = 231 in equation 1 to find y:
231 + y = 1000
y = 769 ml
Therefore 231 ml of Dextrose 70% must be mixed with 769 ml of Dextrose 5% to prepare 1,000mL of Dextrose 20%? *
