Author Question: A client is prescribed a medication that will block muscarinic receptors. The nurse realizes that ... (Read 61 times)

sabina · **on:** Jul 23, 2018

A client is prescribed a medication that will block muscarinic receptors. The nurse realizes that this medication has implications for which body systems?

Standard Text: Select all that apply.
1. Eyes
2. Respiratory
3. Cardiac
4. Endocrine
5. Metabolic

Question 2

The nurse educator is reviewing the process of synaptic transmission across the neuroeffector junction with a student. In which order will the nurse explain the steps of synaptic transmission?

Standard Text: Click on the down arrow for each response in the right column and select the correct choice from the list.
Response 1. Synthesis of the neurotransmitter
Response 2. Storage of the neurotransmitter
Response 3. Release of the neurotransmitter
Response 4. Binding to the receptor
Response 5. Termination of neurotransmitter action

s.meritte · **Reply #1 on:** Jul 23, 2018

Answer to Question 1

Correct Answer: 1,2,3
Rationale 1: Medications that block muscarinic receptors are used during ophthalmic procedures.
Rationale 2: Medications that block muscarinic receptors are used in the pharmacologic treatment of asthma.
Rationale 3: Medications that block muscarinic receptors are used in the pharmacologic treatment of bradycardia.
Rationale 4: Medications that block muscarinic receptors are not used in the treatment of endocrine disorders.
Rationale 5: Medications that block muscarinic receptors are not used in the treatment of metabolic disorders.
Global Rationale: Medications that block muscarinic receptors are used during ophthalmic procedures, to treat asthma, and to treat bradycardia. Medications that block muscarinic receptors are not used in the treatment of endocrine disorders or metabolic disorders.

Answer to Question 2

Correct Answer: 1,2,3,4,5
Rationale 1: This is the first step of synaptic transmission across the neuroeffector junction.
Rationale 2: This is the second step of synaptic transmission across the neuroeffector junction.
Rationale 3: This is the third step of synaptic transmission across the neuroeffector junction.
Rationale 4: This is the fourth step of synaptic transmission across the neuroeffector junction.
Rationale 5: This is the fifth step of synaptic transmission across the neuroeffector junction.
Global Rationale: The steps of synaptic transmission across the neuroeffector junction are 1) synthesis of the neurotransmitter; 2) storage of the neurotransmitter; 3) release of the neurotransmitter; 4) binding to the receptor; and 5) termination of neurotransmitter action.