Answer:
Neutrophils are white blood cells that play some very important roles in our innate immune system.
Monocytes are a type of white blood cell. Like other white blood cells, monocytes are important in the immune system's ability to destroy invaders, but also in facilitating healing and repair
Basophils can regulate the behavior of T cells and can control the type and magnitude of secondary immune responses.
Eosinophilic functions include: movement to inflamed areas, trapping substances, killing cells, anti-parasitic and bactericidal activity, participating in immediate allergic reactions, and modulating inflammatory responses.
Explanation:
Neutophils-They circulate around our body in the bloodstream, and when they sense signals that an infection is present, they are the first cells to migrate to the site of the infection to begin killing the invading microbes.
Monocytes-Monocytes are formed in the bone marrow and are released into peripheral blood, where they circulate for several days.
Basophils:-Additionally, they can process and present soluble antigen to Th2 cells against parasitic worms.
Eosinophils-Eosinophils are a type of disease-fighting white blood cell. This condition most often indicates a parasitic infection, an allergic reaction or cancer. You can have high levels of eosinophils in your blood (blood eosinophilia) or in tissues at the site of an infection or inflammation (tissue eosinophilia).
Answer:
Nu manca fasfud, nu nu manca multa carne, Nu minti oamenii
Explanation:
I would look for
- Signs of respiratory distress or irregular sounds coming from the respiratory system (coughing, sneezing,wheezing,etc)
- Skin color, redness or other clue on the surface of the patient's skin.
- Signs of dizziness, lack of awareness, drowsiness, and the general way the patient appears. Do they appear sick, do they appear depressed, anxious, etc.
<em>Hope this helps!</em>
Answer:
it is expected that Hillsdale and Cordera have nearly similar temperatures
Explanation:
In the first place, it is important to note that there is an inverse relationship between latitude and temperature: temperatures are typically warmer near the Equator (lower latitudes) and cooler near the poles (higher latitudes). This phenomenon is due to the fact that the angle of solar radiation is smaller at higher latitudes, and thereby less solar radiation is received/absorbed near the poles than at the Equator. Moreover, another important factor that also determines the temperature is altitude: at higher altitudes, the temperature is lower. This phenomenon is due to the fact that at higher altitude air molecules spread out further, and therefore the temperature decreases. In consequence, at the sea level, the temperature is higher than at higher altitudes.
