Spinal oxygen sensors—SOS—critical sensors for when the body has low to no oxygen

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Spinal oxygen sensors—SOS—critical sensors for when the body has low to no oxygen

University of Calgary researchers have identified a new oxygen sensing mechanism in a small population of spinal cord neurons capable of protecting the brain and other vital organs from low oxygen (hypoxia). As blood oxygenation decreases mammals mount a cardiorespiratory response and prioritize oxygen supply to vital organs. The team discovered the kick-start to that rescue response are spinal oxygen sensors (SOS) that trigger activation of the sympathetic and respiratory nervous system.

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