Achieve nursing excellence with the Maryville NURS 611 Exam 3: Accurate Tested Versions 2023-2024 with Verified Answers in Next Gen Format for Guaranteed Pass, exclusively from ExamsHut. This advanced study guide is designed for Maryville University nursing students preparing for the NURS 611 Exam 3, featuring accurate, tested versions of the exam from 2023 to 2024. Aligned with the Next Gen format, this resource includes real exam questions and verified answers, covering essential topics such as advanced pathophysiology, clinical assessment, and patient management. Each answer is accompanied by detailed explanations to ensure a deep understanding of complex concepts, helping you excel in this critical exam. With a proven track record of delivering a guaranteed pass, this guide is perfect for students aiming to achieve top results and advance their nursing education. Trust ExamsHut to provide the most reliable and up-to-date study material for your NURS 611 Exam 3 success in 2024.
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1. Name two hormones that increase in the presence of a pituitary adenoma.
A) Cortisol and Aldosterone
B) Prolactin and GH
C) TSH and ACTH
D) Insulin and Glucagon
Correct Answer: B) Prolactin and GH
Rationale: Pituitary adenomas often lead to hyperpituitarism, characterized by excessive
secretion of hormones like prolactin and growth hormone.
2. The adenomatous tissue secretes the:
A) Hormone of the cell type from which it arose without regard to physiological needs.
B) Hormone based on body requirements.
C) Hormone in response to other endocrine signals.
D) Hormone only during stress.
Correct Answer: A) Hormone of the cell type from which it arose without regard to
physiological needs.
Rationale: Adenomatous tissue typically secretes hormones autonomously, ignoring normal
regulatory feedback mechanisms.
3. The pressure produced by a pituitary adenoma is also associated with what?
A) Increased secretion of all hormones.
B) Decreased function of neighboring anterior pituitary cells.
C) Increased secretion of cortisol.
D) Hypertrophy of pituitary tissue.
Correct Answer: B) Decreased function of neighboring anterior pituitary cells.
Rationale: The pressure from the adenoma can suppress the function of nearby pituitary cells,
leading to hyposecretion of other hormones.
4. Graves disease is what type of hypersensitivity reaction?
A) Type I
B) Type II
C) Type III
D) Type IV
Correct Answer: B) Type II
Rationale: Graves’ disease involves autoantibodies that stimulate the thyroid, characteristic of
a Type II hypersensitivity reaction.
A) Cortisol and Aldosterone
B) Prolactin and GH
C) TSH and ACTH
D) Insulin and Glucagon
Correct Answer: B) Prolactin and GH
Rationale: Pituitary adenomas often lead to hyperpituitarism, characterized by excessive
secretion of hormones like prolactin and growth hormone.
2. The adenomatous tissue secretes the:
A) Hormone of the cell type from which it arose without regard to physiological needs.
B) Hormone based on body requirements.
C) Hormone in response to other endocrine signals.
D) Hormone only during stress.
Correct Answer: A) Hormone of the cell type from which it arose without regard to
physiological needs.
Rationale: Adenomatous tissue typically secretes hormones autonomously, ignoring normal
regulatory feedback mechanisms.
3. The pressure produced by a pituitary adenoma is also associated with what?
A) Increased secretion of all hormones.
B) Decreased function of neighboring anterior pituitary cells.
C) Increased secretion of cortisol.
D) Hypertrophy of pituitary tissue.
Correct Answer: B) Decreased function of neighboring anterior pituitary cells.
Rationale: The pressure from the adenoma can suppress the function of nearby pituitary cells,
leading to hyposecretion of other hormones.
4. Graves disease is what type of hypersensitivity reaction?
A) Type I
B) Type II
C) Type III
D) Type IV
Correct Answer: B) Type II
Rationale: Graves’ disease involves autoantibodies that stimulate the thyroid, characteristic of
a Type II hypersensitivity reaction.
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