1992
DOI: 10.1086/physzool.65.1.30158238
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Respiratory Pumping Behavior in the Marine Snail Aplysia californica as a Function of Ambient Hypoxia

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Cited by 9 publications
(7 citation statements)
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“…Respiratory pumping causes an increase in blood flow through the circulatory system, in place of the more limited flow produced by contraction of the heart. Recovery from ischemia can trigger respiratory pumping which may serve this purpose (Kanz and Quast 1992). It has also been suggested that the need to circulate hormones quickly may initiate respiratory pumping serving a circulatory function (Kanz and Quast 1990).…”
Section: The Function Of Respiratory Pumpingmentioning
confidence: 99%
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“…Respiratory pumping causes an increase in blood flow through the circulatory system, in place of the more limited flow produced by contraction of the heart. Recovery from ischemia can trigger respiratory pumping which may serve this purpose (Kanz and Quast 1992). It has also been suggested that the need to circulate hormones quickly may initiate respiratory pumping serving a circulatory function (Kanz and Quast 1990).…”
Section: The Function Of Respiratory Pumpingmentioning
confidence: 99%
“…Increases in respiratory pumping by Aplysia in stagnant or unoxygenated waters (Koester et al 1979;Kupfermann and Carew 1974) may serve this role. Environmental stimuli that affect the frequency or amplitude of respiratory pumping include a decrease in pH (Croll 1985;Levy et al 1989), a decrease in oxygen tension (Kanz and Quast 1992;Levy et al 1989) and a decrease in seawater concentration (Skinner and Peretz 1989).…”
Section: The Function Of Respiratory Pumpingmentioning
confidence: 99%
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“…One possibility is that distinct chemoreceptor pathways could differentially influence breath frequency ( F B ) and tidal volume ( V T ). Hypoxia modulates both F B and V T in many taxa (Boyer, ; Hey et al ., ; Cragg & Drysdale, ; Massabuau & Burtin, ; Kanz & Quast, ); however, it is unclear whether specific hypoxic challenges or distinct peripheral chemoreceptive pathways can alter the parameters, F B and V T . The fundamental organization of respiratory behaviour and its underlying sensory integration is likely to be evolutionarily conserved, thus defining how multiple O 2 chemoreceptors shape hypoxia‐induced respiratory behaviour is crucial to the understanding of the functional organization of respiratory control systems in higher animals.…”
Section: Introductionmentioning
confidence: 99%