All of the volatile chemicals in the nose stimulate smell receptors and it happens as follows:
The chemical senses that respond to variations in the external environment have been divided into three categories:
- Gustatory receptors or taste.
- General chemical receptors.
Smell receptors have high sensitivity and specificity to very dilute volatile substances; they are described as "chemical distance receptors".
These primary receptors are located in areas of tissue, called olfactory neuroepithelium, located in the uppermost portion of the nasal passages.
Odorous substances are volatile chemical compounds that must contact the smell receptors for the perception of odor to occur.
In relation to the classification of odors, it is taken into account that the more volatile a substance is, the more effective it is as an olfactory stimulus.
The odorous molecules are trapped and then diffuse through the mucus to bind to the cilia at the ends of the smell receptors cells.
Therefore, we can conclude that smell receptors, which respond to all of the volatile chemicals, these volatile molecules must first pass through a layer of aqueous solution, before they reach the smell receptors.
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Answer:
~ Believe, when I say ~ I want it ~~that way~~
Explanation:
~TELL ME WHY~~~~
Explanation:
Both are communication skills, but leadership is only shown by people who are in charge.
Change the environment's temperature or move the patient somewhere warmer. Dry off the patient and the bed sheets.
If the temperature is 32.8°C (91°F). External cooling devices or cold normal saline infusions are utilized to quickly reduce body temperature to 89.6° to 93.2° F (32° to 34° C) when therapeutic hypothermia is used postresuscitation.
What is therapeutic hypothermia ?
- Treatments to lower body temperature include therapeutic hypothermia. This lessens injuries and ongoing issues. It is occasionally applied to patients who experience cardiac arrest. When the heart abruptly stops beating, cardiac arrest occurs.
- The difficulties brought on by hypothermia are intended to be avoided through induced hypothermia. It is mostly utilized in neonatal encephalopathy, head injuries, and survivors of cardiac arrest who are comatose. The prevention of cerebral reperfusion injury is suggested to be a mediator for the mechanism of action.
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