Answer:
The following would be considered an Acceptable Route of Administration for a compound created in the pharmacy:
(B) Topical
(E) Oral
Explanation:
- In pharmacology and toxicology, Route of Administration are the ways or paths through which can send medicine is send into our body. There are eight routes of drug administration.
- The option B and E are correct as it is not allowed to prepare Oral or Nasal Inhalation, Bladder, Optic or any inject-able in the pharmacy.
- Topical route of administration in medicine refer to the way in which medicine that is usually applied on surface of the body like on the skin.
- Oral Route refer to the path through which medicine is taken in body via mouth like taking a pill.
Answer:
Which sound in the bronchial tree produce air rushing through the large respiratory passageway (trachea and bronchi)
a. Bronchiole sound
b. Vesicular sound
c. Inspiration
d. Expiration
Explanation:
Vesicular murmur: <em>Sound noticeable in pulmonary auscultation, which is caused by the entry of air into the tree and the healthy parenchyma</em>.
<u>Definition of Vesicular Murmur.</u> Vesicular murmur: <em>It is a soft and relatively low tone sound, which is auscultated in the thorax of a healthy patient. This sound is the result of the vibrations produced by the movement of air as it passes through the airways.
</em>
<u><em>The answer is</em></u>: <u>b. Vesicular sound.</u>
This may be a sign of concussion. My first action will be for her to stop the practice and rest.
- The first thing to do is to tell the girl to stop the physical activity and take a break from the practice. I'll ask her if she hit her head on anything and about other symptoms that she's having.
- Then, a test memory should be done. After this, I'll tell her to rest and the appropriate medical personnel will come attend to her.
In conclusion, my first action will be for her to stop the practice and rest.
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Impaired gross motor skills such as walking or gestures.
The outside of the rock is exposed to water, wind, or dust that over time breaks down the outside of the rock.
