A nurse is collecting data from a newborn who has fetal alcohol syndrome. Which of the following manifestations should the nurse (Select all that apply.)

A) Staff members used a class A fire extinguisher during an electrical fire.
This response indicates that the safety plan is effective because it shows that the staff used the correct type of fire extinguisher for the fire they encountered. Class A fire extinguishers are designed for ordinary combustibles (e.g., wood, paper, cloth), but using a fire extinguisher that is correctly suited to the fire type demonstrates that the staff are trained and prepared to respond appropriately in an emergency. For electrical fires, however, a Class C fire extinguisher should be used. This suggests a review of fire safety plan training might be necessary to align fire extinguisher types with fire classes.

B) Staff members review the locations of fire extinguishers every 2 to 3 years.
Reviewing the locations of fire extinguishers every 2 to 3 years is not an adequate frequency. Fire safety protocols should be reviewed more frequently to ensure that staff are consistently aware of fire extinguisher locations. Routine and more frequent checks (e.g., annually) are required to ensure proper preparedness in an emergency.

C) An evacuation was ordered during a fire when fire extinguishers were not effective.
While evacuations are necessary in certain situations, an evacuation being ordered because fire extinguishers were ineffective could indicate that the safety plan was not properly executed or that there was an issue with fire extinguisher maintenance or staff training. The effectiveness of fire safety plans should reduce the need for evacuations due to inadequate response efforts.

D) Fire alarms in the facility have the same sound as other alarms.
Fire alarms should have a distinct sound that differentiates them from other types of alarms (e.g., medical or security alarms). If fire alarms have the same sound as other alarms, it could create confusion in an emergency, undermining the effectiveness of the safety plan. The alarm system should be unique and easily identifiable.

A) Nausea:
Epinephrine is not typically used to treat nausea. Nausea is usually addressed with antiemetic medications. Epinephrine, an adrenergic agonist, works by stimulating the sympathetic nervous system to alleviate symptoms related to anaphylaxis, such as difficulty breathing or hypotension, but not nausea.

B) Hyperglycemia:
While epinephrine can increase blood sugar levels by stimulating the release of glucose from the liver, it is not used to treat hyperglycemia. Hyperglycemia management typically involves insulin or other medications designed to lower blood sugar, not epinephrine. Therefore, it is not an appropriate indication for this medication.

C) Hand tremors:
Hand tremors are a possible side effect of epinephrine due to its stimulatory effects on the sympathetic nervous system. However, tremors are not an indication for administering epinephrine. The purpose of an epinephrine auto-injector is not to treat tremors but rather to manage more serious conditions, like anaphylactic reactions.

D) Shortness of breath:
Epinephrine is commonly used in emergencies, such as anaphylactic reactions, to alleviate shortness of breath, which occurs due to bronchoconstriction. Epinephrine works by stimulating alpha and beta receptors, causing bronchodilation and improving airflow. This makes it effective in treating shortness of breath caused by allergic reactions or anaphylaxis.