| 1. | At normal resting blood pressures, baroreceptors discharge with each heart beat.
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| 2. | The Bainbridge reflex and the baroreceptor reflex control heart rate.
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| 3. | Renin is the main effector of the juxtaglomerular baroreceptors.
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| 4. | The low-pressure baroreceptors are involved with the regulation of blood volume.
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| 5. | Increased venous return stretches the walls of the atria where specialized baroreceptors are located.
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| 6. | Some research suggests the existence of intracranial baroreceptors to trigger specific Cushing baroreceptor reflex.
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| 7. | Some research suggests the existence of intracranial baroreceptors to trigger specific Cushing baroreceptor reflex.
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| 8. | Even at resting levels of blood pressure, arterial baroreceptor discharge activates NTS neurons.
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| 9. | Reflex responses from such baroreceptor activity can trigger increases or decreases in the heart rate.
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| 10. | Hormone secretions that target the heart and blood vessels are affected by the stimulation of baroreceptors.
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