Which of the following is an accumulation and release centre of neurohormones?

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Solution: The posterior Pituitary or neurohypophysis is a structure under direct regulation of hypothalamus. The nuclei of hypothalamus accumulate Vasopressin and Oxytocin in this neurohypophysis which serves as release centre of these neurohormones.

Which is an accumulation and release centre of neurohormones?

Q. Which of the following is an accumulation and release centre of neurohormones ? The posterior Pituitary or neurohypophysis is a structure under direct regulation of hypothalamus. The nuclei of hypothalamus accumulate Vasopressin and Oxytocin in this neurohypophysis which serves as release centre of these neurohormones.

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What are the neurohormones secreted by hypothalamus?

The neurohormones are secreted and accumulated by hypothalamus. (a)Hypothalamic hormones …………….. Corticotrophin (ACTH) …………….. Thyrotrophin (TSH) …………….

Which part of the hypothalamus is responsible for the release of oxytocin?

Posterior pituitary lobe The posterior Pituitary or neurohypophysis is a structure under direct regulation of hypothalamus. The nuclei of hypothalamus accumulate Vasopressin and Oxytocin in this neurohypophysis which serves as release centre of these neurohormones. So, the correct answer is ‘Posterior Pituitary lobe’.

How is secretion from the pituitary gland controlled by the hypothalamus?

Almost all secretion by the pituitary gland are controlled by hormonal signal from hypothalamus. The neurohormones are secreted and accumulated by hypothalamus. Almost all secretion by the pituitary gland are controlled by hormonal signal from hypothalamus.


More about Which of the following is an accumulation and release centre of neurohormones?


1. Which of the following is an accumulation and release …

Which of the following is an accumulation and release centre of neurohormones A. Posterior pituitary B. Anterior pituitary C. Interior lobe of pituitary D. Hypothalamus.

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2. Which of the following is an accumulation and release …

Option (A) ∙ The neurosecretory cells of hypothalamus secretes two neurohormones oxytocin and vasopressin which is transported to the neurohypophysis of the pituitary by means of axon terminals extended from the cells to the neuroglial layer of pituitary gland and stored there for a while and released when those hormones are required.

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4. Which of the following is an accumulation and release …

Which of the following is an accumulation and release centre of neurohormones? 1. Posterior pituitary lobe 2. Intermediate lobe of the pituitary 3. …

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5. Which of the following is an accumulation and release centre

Solution: The posterior Pituitary or neurohypophysis is a structure under direct regulation of hypothalamus. The nuclei of hypothalamus accumulate Vasopressin and Oxytocin in this neurohypophysis which serves as release centre of these neurohormones. So, the correct answer is ‘Posterior Pituitary lobe’.

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6. Which of the following is an accumulation and release centre

BHU 2010: Which of the following is an accumulation and release centre of neurohormones? (A) Posterior pituitary lobe (B) Intermediate lobe of the pit

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7. Which of the following is an accumulation and release …

C. Hypothalamus. Almost all secretion by the pituitary gland are controlled by hormonal signal from hypothalamus. The neurohormones are secreted and accumulated by hypothalamus. Almost all secretion by the pituitary gland are controlled by hormonal signal from hypothalamus.

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8. Which of the following is an accumulation and release …

Oct 26, 2018 · The correct option is (c) Hypothalamus.. Explanation: Almost all hormonal secretion by the pituitary gland are controlled by hormonal signal from hypothalamus. The neurohormones are secreted and accumulated by hypothalamus.

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10. Neuro Exam 3 Flashcards | Quizlet

Which of the following describes neurohormones? Choose the correct option. A) Hormones that affect nerve cell activity B) Hormones that inhibit nerve cell activity C) Hormones released into the blood by neurons D) Hormones released into the synaptic cleft by presynaptic neurons. D.

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