The options in this question are missing; here are the options:
You should:
A. Give supplemental oxygen and transport her to the hospital.
B. Give high-flow oxygen and administer 100 mg of Benadryl.
C. Assist her in administering epinephrine via her auto-injector.
D. Advise her that she can probably drive herself to the hospital.
The answer to this question is A. Give supplemental oxygen and transport her to the hospital
Explanation:
The symptoms of the patient shows she is experiencing an allergic reaction to penicillin, which is mainly manifested through Urticaria or hives. However, the symptoms show this is not a severe reaction or anaphylaxis because she is alert, stable and she has no difficulties breathing. Due to this, it is not necessary to use the epinephrine.
Instead of this, it is recommended she goes to the hospital; however, as she is still at risk of a severe allergic reaction she should not drive, thus, one key recommendation is to transport the patient to the hospital. Besides this, the ideal oxygen saturation is between 95% and 100%, this means the patient oxygen saturation (94%) is a bit low. Due to this, it is a good idea to give supplemental oxygen, while she is taken to the hospital. Thus, the correct option is A.
Answer:
Orally.
Interosseous.
Intramuscularly.
Subcutaneously.
Endotracheal tube.
Explanation:
Interosseous, intramuscularly, endotracheal tube
(Rationale: Ideally during an anaphylactic reaction intravenously administration of epinephrine would be the best route. In the event, an intravenous route is not available, epinephrine can be administered order of preference for faster absorption, tibial interosseous, followed by endotracheal tube after the dose has been diluted in 2.5mL of normal saline before being administered down the ETT. Intramuscularly would be your last option if no other access was available due to the slow absorption rate.)
That is a lot of question I suggest trying soratica with that or maybe adding more points for that much work
Answer:
d is correct am pretty sure
Explanation:
hope it helps
The adult human body can process and burn about 1/2 ounces of alcohol in one hour. Alcohol is a toxic substance metabolized in the liver.
Alcohol is a toxic compound that must be metabolized by specific enzymes found in the liver.
These liver enzymes can metabolize alcohol at a velocity of approximately 1/2 ounces of alcohol in one (1) hour.
However, it is important to highlight that the metabolism of alcohol is variable in different individuals.
Learn more about alcohol metabolism here:
brainly.com/question/1388761