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Vasopressin Reflex Pathway Place the stimuli, the sensors, the integrating centers, the target tissues or effectors, and the responses involved in the vasopressin reflex pathway in the appropriate boxes. Drag the appropriate items to their respective bins. View Available Hint(s) Reset Help Insertion of aquaporins on apical surface Vasopressin Increased reabsorption of H20 Hypothalamus Carotid baroreceptors Atrial stretch receptors Osmoreceptors Collecting duct of kidney Decreased blood pressure Increased blood osmolarity Decreased stretch of the atria Stimulus Sensor Integrating center Efferent signal Target tissue Response at tissue Systemic response

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The stimuli, the sensors, the integrating centers, the target tissues or effectors, and the responses involved in the vasopressin reflex pathway placed in the appropriate categories are indicated as follows:

Stimulus:

  • a decreased stretch of the atria
  • increased blood osmolarity
  • decreased blood pressure

Sensor:

  • Atrial stretch receptors
  • Carotid baroreceptors
  • Osmoreceptors

Integrating Center:

  • Hypothalamus

Efferent Signal:

  • Vasopressin

Target Tissue:

  • Collecting duct of the kidney

Response at Tissue:

  • Insertion of aquaporins on the apical surface

Systemic Response:

  • Increased reabsorption of H20

What is the vasopressin reflex pathway?

The most significant activity of vasopressin is its antidiuretic impact on the kidney's collecting ducts. Vasopressin interacts to V2 receptors located on the cell surface of tubular cells, triggering an intracellular cascade that ends in the formation of aquaporin-2, a water channel.

Rising plasma osmolality is the primary physiological stimulus for vasopressin production, but large decreases in arterial blood pressure and volume can also induce vasopressin secretion by unloading arterial baroreceptors.

Learn more about Vasopressin:
https://brainly.com/question/11630936
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