The statement "white blood cells can leave the blood circulatory system" is definitely true.
The circulatory system may be defined as a type of body system that significantly contains the heart and the blood vessels and moves blood throughout the body. This system helps tissues get enough oxygen and nutrients, and it helps them get rid of waste products.
White blood cells can also be known as the soldiers of the body. They can leave the bloodstream and migrates into tissues in the body. White blood cells play an important role in the immune system.
Here the different blood cells have different functions: Some fight intruders such as bacteria, viruses, parasites, or fungi themselves and render them harmless.
Various studies and reports suggested that the white blood cells -- actively open large gaps in the internal lining of the blood vessels, so they can exit through the vessel walls and rapidly get to areas of infection.
Therefore, the statement "white blood cells can leave the blood circulatory system" is definitely true.
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true, white blood cells can leave the blood circulatory system.
Answer:
nitrogen
Explanation:
Protein synthesis is an anabolic reaction because these reactions build molecules while catabolic ones break them down. Thanks to this we know that protein synthesis is anabolic.
Explanation:
Anabolism relates to the process in cells where large macromolecules are formed up from miniature ones. In this case here, protein structure uses other proteins and amino acids (proteins' monomers) to make extra proteins, and so that is the accumulation of a large molecule, and accordingly studied anabolism.
Catabolism is the reverse of anabolism. An example would be the separation of proteins in food to amino acids for digestion. In this case, a large particle (a protein) is split down into miniature dispersible molecules (amino acids).
static information that does not change
repeated investigations
testable experience
Answer: static information that does not change
b.stormy
c.hot
d.tranquil
Option (D) Tranquil best describes the eye of the hurricane.
In the heart of tropical cyclones, there is typically calm weather.
They are between 20 and 50 kilometers in diameter and are located at the center. The hurricane's eye is its focal point, the point around which the remainder of the storm revolves, and where its lowest surface pressures are located.
Above the eye, skies are frequently clear, and winds are generally mild.
The eye is so tranquil because it is never reached by the now powerful surface winds that are converging towards the center. The coriolis effect causes the wind to revolve around the hurricane's core (the eye wall), slightly deflecting it away from the exact center (the eye), which remains calm.
Therefore, option (D) best describes it.
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