Novel oxygen sensing mechanism in the spinal cord involved in cardiorespiratory responses to hypoxia von Barioni, Nicole O, Derakhshan, Fatemeh, Tenorio Lopes, Luana, Onimaru, Hiroshi, Roy, Arijit, McDonald, Fiona, Scheibli, Erika, Baghdadwala, Mufaddal I, Heidari, Negar, Bharadia, Manisha, Ikeda, Keiko, Yazawa, Itaru, Okada, Yasumasa, Harris, Michael B, Dutschmann, Mathias, Wilson, Richard J A

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Spinal Oxygen Sensors (SOS): A Novel Oxygen Sensing Mechanism Involved in Cardiovascular Responses to Hypoxia von Barioni, Nicole Orsi, Derakhshan, Fatemeh, Lopes, Luana Tenorio, Heidari, Negar, Bharadia, Manisha, Roy, Arijit, Baghdadwala, Mufaddal, McDonald, Fiona, Scheibli, Erika, Harris, Michael, Dutschmann, Mathias, Onimaru, Hiroshi, Okada, Yasumasa, Wilson, Richard

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Spinal Oxygen Sensors (SOS) drive sympathetic activity that precedes, predicts and outlives phrenic gasps during hypoxia in the absence of the brainstem von Wilson, Richard, Derakhshan, Fatemeh, Roy, Arijit, Baghdadwala, Mufaddal, McDonald, Fiona, Scheibli, Erika, Harris, Michael, Dutschmann, Mathias

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