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This Concept Map, created with IHMC CmapTools, has information related to: Pulmonary - Week 5 (Acid-Base), Peripheral Nervous System Contains Peripheral chemoreceptors, Respiratory acidosis Leads to renal compensation, How does the respiratory system regulate blood pH and vice versa? managed by Peripheral Nervous System, Naloxone Increases Respiratory Rate, Ventral Respiratory Group Signals to Cranial Nerves VII, IX, X, XI, XII, Naloxone Out-competes Morphine, Peripheral chemoreceptors send sensory input to Doral Respiratory Group, pH Buffered by Bicarbonate (HCO3-) system, Doral Respiratory Group communicates with Ventral Respiratory Group, Peripheral chemoreceptors Include carotid bodies, Doral Respiratory Group Signals to spinal nerves T1-T11, pH Increases via Respiratory alkalosis, Opioid Receptor Agonized by Morphine, How does the respiratory system regulate blood pH and vice versa? managed by Central Nervous System, Morphine Decreases Vascular Tone, pH Decreases via Respiratory acidosis, Morphine Decreases Respiratory Rate, Respiratory alkalosis Leads to renal compensation, Naloxone Increases Vascular Tone, Opioid Receptor Antagonized by Naloxone