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The client who is hypoxemic and also has chronic hypercarbia ( increased partial pressure of arterial carbon dioxide [ PaCO2 ] levels ) requires lower levels of oxygen delivery , usually 1 to 2 L / min via nasal cannulato preventdecreased respiratory effort
Regulating breathingleadingto decreased respiratory efforts
heart failure patients ’ exercise tolerance ,thereby resultingin a decrease in respiratory effort
lung expansioncausinga reduced respiratory effort
Her abdomen was now significantly distendedledto reduced respiratory effort
impulses ... vagusresultin decreased respiratory effort
has chronic hypercarbia needs lower levels of oxygen delivery ( usually 1 - 2 L / min ) via nasal cannulato preventdecreased respiratory effort
increased oxygenationcan leadto decreased respiratory effort
upper airway resistance and pharyngeal collapsibility [ 1(passive) caused byincreased respiratory effort
The main causative factor of OSA ... the inspiratory and expiratory musclesresultsin decreased respiratory effort
Monitor patient and family measures to relieve stress , which may be varied ,leadingto decreased respiratory effort
Airway collapse ... anythingcausesincreased respiratory effort
their advantage ... an increase in FIO2may leadto decreased respiratory effort
the body partaking in(passive) is caused byDecreased respiratory effort
The anxietycausesincreased respiratory effort
Muffled heart or lung sounds and/ormay resultincreased respiratory effort
An overdose of any of these drugsmay leadto a decreased respiratory effort
necessary channelsleadingto decreased respiratory effort
SQUIRE playing basscan leadto decreased respiratory effort
to an arousal.1leadingto an arousal.1
to an arousal.2 These flow - based RERA eventsleadingto an arousal.2 These flow - based RERA events
respiratory muscle fatigue and/orcan causerespiratory muscle fatigue and/or
several physiological effects , such as sleep disruption and intermittent hypoxiacausingseveral physiological effects , such as sleep disruption and intermittent hypoxia
to hypopnoeasleadingto hypopnoeas
tissue vibrationcausingtissue vibration
subcostal and sternal recessioncausessubcostal and sternal recession
that bobbing of the head to breathecan causethat bobbing of the head to breathe
from impaired respiratory functionresultingfrom impaired respiratory function
from the difficulty in breathing through an obstructed airwayresultingfrom the difficulty in breathing through an obstructed airway
to nasal flaring and intercostal and subcostal retractionsleadsto nasal flaring and intercostal and subcostal retractions
wide intrathoracic pressure changes due to coexistent pulmonary disease or cardiac dysfunctioncausingwide intrathoracic pressure changes due to coexistent pulmonary disease or cardiac dysfunction
to respiratory arrestleadingto respiratory arrest
the stage for developing pneumoniacan setthe stage for developing pneumonia
symptoms such as hypoxemia , hypercapnia , and fluctuations in intrathoracic pressure(passive) caused bysymptoms such as hypoxemia , hypercapnia , and fluctuations in intrathoracic pressure
Opioid HERBAL INTERACTIONSCan resultOpioid HERBAL INTERACTIONS
three kinds namely Central , Obstructive and Mixed(passive) caused bythree kinds namely Central , Obstructive and Mixed
atelectasis and pneumoniacausingatelectasis and pneumonia
in acidosis , which is caused by the body partaking incan resultin acidosis , which is caused by the body partaking in
positive intrathoracic pressure during AECOPDcausespositive intrathoracic pressure during AECOPD
to an appearance of collapse in airways that were susceptible to malaciawould leadto an appearance of collapse in airways that were susceptible to malacia
night - time energy expenditure(passive) caused bynight - time energy expenditure