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three completely separate air channels(Intermediate air intake , air outlet on both sidescan ... preventthe re - inhalation of exhaled CO2
Completely holding the breath is not necessaryto substantially preventinhalation of the CO2
/ min O2 requiredto preventinhaled CO2
Separated inhale & exhale channelscan preventCO2 re - inhalation
used for indoorsto preventcarbon dioxide inhalation
CO2 and CD , as detailed by the AVMA : CO2causesInhalation of CO2
3 totally separated air channelscan preventCO2 re - inhalation
the physiological and metabolic mechanismsresultingfrom CO2 inhalation
what is known as pulmonary inflammationalso causeswhat is known as pulmonary inflammation
unpleasant suffocating feelings and feelings triggers panic in those susceptible to feelingscausesunpleasant suffocating feelings and feelings triggers panic in those susceptible to feelings
panic attacks ... and that patients with panic disorder are particularly susceptiblecan triggerpanic attacks ... and that patients with panic disorder are particularly susceptible
the panic response(passive) caused bythe panic response
a poisoning effectcreatesa poisoning effect
the interoceptively - driven panic alarm(passive) triggered bythe interoceptively - driven panic alarm
symptoms of panic disorders [ 12,20,21can triggersymptoms of panic disorders [ 12,20,21
pulmonary inflammation Mohammad Abolhassani , Adeline Guais , Philippe Chaumet - Riffaud , Annie J. Sasco , Laurent Schwartz American Journal of Physiology - Lung Cellular and Molecular Physiology Published 23 March 2009causespulmonary inflammation Mohammad Abolhassani , Adeline Guais , Philippe Chaumet - Riffaud , Annie J. Sasco , Laurent Schwartz American Journal of Physiology - Lung Cellular and Molecular Physiology Published 23 March 2009
pulmonary inflammation ... volume = { 296 } , pages = { L657-L665 } , url = { https://doi.org/10.1152/ajplung.90460.2008 } , @Article{cerebrovascular_2009 , author = { Philip N. Ainslie and James Duffin } , titlecausespulmonary inflammation ... volume = { 296 } , pages = { L657-L665 } , url = { https://doi.org/10.1152/ajplung.90460.2008 } , @Article{cerebrovascular_2009 , author = { Philip N. Ainslie and James Duffin } , title
in no change or even a decrease in CBF due to “ stealing ” effect from the gray matterwould resultin no change or even a decrease in CBF due to “ stealing ” effect from the gray matter
the respiratory acidosis(passive) caused bythe respiratory acidosis
in a more uniform lung acidosisresultsin a more uniform lung acidosis
feelings of anxiety or unpleasantnessmay causefeelings of anxiety or unpleasantness
the increased ventilatory drive(passive) caused bythe increased ventilatory drive
probablywill ... resultprobably
the development of hypocapnia during hypoxic exposure ... resulting in the maintenance of normal pHpreventedthe development of hypocapnia during hypoxic exposure ... resulting in the maintenance of normal pH
the 100 % decrease ( 24.9±7.3(passive) caused bythe 100 % decrease ( 24.9±7.3
a reduction in exhaledcausesa reduction in exhaled
to mimic labored breathing sensationsare designedto mimic labored breathing sensations
usuallycausesusually
a significant increase in end‐tidal CO2 in both groupscauseda significant increase in end‐tidal CO2 in both groups
a distinct cortical activationcausesa distinct cortical activation
a mild depression of the CNSmay causea mild depression of the CNS
a marked decline in hemodynamic response imaging maps , based on changes in the signal intensity of a T2causeda marked decline in hemodynamic response imaging maps , based on changes in the signal intensity of a T2
an increase of the blood flow in the braincausesan increase of the blood flow in the brain
paradoxical dose - dependent bradypnea in animals anesthetized with pentobarbitalcausedparadoxical dose - dependent bradypnea in animals anesthetized with pentobarbital
Cerebral blood flow ( CBF ) pattern(passive) caused byCerebral blood flow ( CBF ) pattern
fatiguecausesfatigue
in significantly lower bloodresultedin significantly lower blood
Transient CBF pattern(passive) caused byTransient CBF pattern
damage that you can not seewill causedamage that you can not see
a decrease in amygdala pH , which ASIC1a was involved in sensingwas ... causinga decrease in amygdala pH , which ASIC1a was involved in sensing
Hypercapnia(passive) caused byHypercapnia
transient , simultaneous increases in the signals of both laser Doppler flow ( 171.99 ± 46.68 % ) and rheoencephalography ( 329.88 ± 175.50 %causedtransient , simultaneous increases in the signals of both laser Doppler flow ( 171.99 ± 46.68 % ) and rheoencephalography ( 329.88 ± 175.50 %
a decrease in spontaneous brain connectivitycauseda decrease in spontaneous brain connectivity
a significant increase in FPA and MFV in the MCAcauseda significant increase in FPA and MFV in the MCA
an overall reduction of activity in the braincausesan overall reduction of activity in the brain