The nurse is to administer a potassium supplement to the client and does not check the potassium level prior to administering the medication and later finds that the potassium level was at a critical high which means that the nonmaleficence principle was violated which is denoted as option B.
<h3>What is Nonmaleficence? </h3>
This refers to the duty of a professional such as healthcare workers in ensuring that there is no harm done to the client or patient.
In this scenario, negligence caused the nurse to administer a medication which had a critically high amount of potassium which is harmful to the body.
This is therefore the reason why nonmaleficence was chosen as the correct choice.
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The options are
- autonomy
- nonmaleficence
- beneficence
- fidelity
For sensory information to be relayed the nerve cells should have an axon.
<u>Explanation</u>:
- Nerve cells or neurons play a critical role in transmitting signals from various sense organs of the body to the spinal cord where it is processed.
- Neurons have different parts - the dendrites which are tiny branches that receive incoming signals from the body, the nucleus, and the axon.
- The axon is a long fiber that is covered by a protective layer called myelin sheath. It is this structure of the nerve cell or neuron that helps transmit signals to the Central Nervous System of which the spinal cord is a part.
Answer:
Melatonin
Melatonin is produced by the pineal gland in the brain.
Explanation:
Hormones of the hypothalamus include
oxytocin
prolactin
Thyroid stimulating Hormones
Answer:
i believe its alveoli
i am taking nursing classes
Explanation:
Answer:
The correct option is: a. PIH
Explanation:
The PRH or the prolactin-releasing hormone is the hormone responsible for stimulating the release of prolactin from the anterior pituitary gland. Prolactin then stimulates the mammary glands of the mammals, usually females, to produce milk.
The PIH or the prolactin-inhibiting hormone, also known as dopamine, inhibits the production of prolactin and thus blocks the milk formation in males and non-pregnant females.
