<span> The most commonly used crystalloid fluid is normal </span>saline<span>, a </span>solution<span> of sodium chloride at 0.9% concentration, which is close to the concentration in the </span>blood<span> (isotonic). </span>Saline solution<span> is administered intravenously (IV drips) and increases both intravascular and interstitial volume.</span>
I believe the answer is receptor sites, but correct me if I'm wrong.
Hope this helps!
Answer:
The nuclear pore complex is a huge structure composed of about 30 different pore proteins, and its central channel has a diameter of approximately 10-40 nm, which is large enough for even very large protein complexes. For this reason, it is unnecessary to unfold the protein, which can pass through the pore in its native state.
Explanation:
- Protein transport into the endoplasmic reticulum (ER) or mitochondria requires unfolding of the protein and threading the amino acid chain through a channel or pore into the organelle.
- In contrast, protein transport into the nucleus does not require unfolding of the protein.
- This is because, nuclear pore complex is a huge structure composed of about 30 different pore proteins, and its central channel has a diameter of approximately 10-40 nm, which is large enough for even very large protein complexes. For this reason, it is unnecessary to unfold the protein, which can pass through the pore in its native state.
C. It’s the most intelligent answer I’m stuck between that or B but I’m almost positive it’s c
