The present study compared four different sites and conditions for the measurement of maximal inspiratory pressure (MIP) and maximal expiratory pressure (MEP) in 38 spontaneous breathing tracheotomised patients. Of the patients, 28 had chronic obstructive pulmonary disease (COPD). The four different conditions were: 1) through a cuff inflated cannula (condition A); 2) through the mouth with a deflated cannula (condition B); 3) through the mouth with a phonetic uncuffed cannula (condition C); and 4) through the mouth after stoma closure (condition D). Five trials in each condition were performed using a standardised method. The measurement of both MIP and MEP differed significantly depending on the condition of measurement. MIP taken in cond...
Maximal Inspiratory Pressure (MIP) is considered an effective method to estimate strength of inspira...
BACKGROUND--Inspiratory muscle strength is often better reflected by oesophageal pressure during a m...
The respiratory muscles can present fatigue and even chronic inability to generate force. So, reliab...
The present study compared four different sites and conditions for the measurement of maximal inspir...
The present study compared four different sites and conditions for the measurement of maximal inspir...
BACKGROUND: The measurement of maximal inspiratory and expiratory pressures is useful for the evalua...
Introduction To avoid the selection of submaximal efforts during the assessment of maximal inspirato...
Respiratory muscle dysfunction is a cardinal feature of acute and chronic respiratory failure in COP...
AbstractRespiratory muscle dysfunction is a cardinal feature of acute and chronic respiratory failur...
Background. Maximal inspiratory pressure (MIP) can help to evaluate inspiratory muscle strength. How...
The validity of peak inspiratory mouth pressure (P.PImax) as a measure of inspiratory muscle strengt...
In subjects with normal lung mechanics, inspiratory muscle strength can be reliably and easily asses...
Introduction: Respiratory muscle dysfunction is a cardinal feature in chronic obstructive pulmonary ...
Objective: To evaluate the predictive value of maximum inspiratory pressure (MIP) besides rapid and ...
Measurement of respiratory muscles strength such as maximal inspiratory pressure (MIP) and maximal e...
Maximal Inspiratory Pressure (MIP) is considered an effective method to estimate strength of inspira...
BACKGROUND--Inspiratory muscle strength is often better reflected by oesophageal pressure during a m...
The respiratory muscles can present fatigue and even chronic inability to generate force. So, reliab...
The present study compared four different sites and conditions for the measurement of maximal inspir...
The present study compared four different sites and conditions for the measurement of maximal inspir...
BACKGROUND: The measurement of maximal inspiratory and expiratory pressures is useful for the evalua...
Introduction To avoid the selection of submaximal efforts during the assessment of maximal inspirato...
Respiratory muscle dysfunction is a cardinal feature of acute and chronic respiratory failure in COP...
AbstractRespiratory muscle dysfunction is a cardinal feature of acute and chronic respiratory failur...
Background. Maximal inspiratory pressure (MIP) can help to evaluate inspiratory muscle strength. How...
The validity of peak inspiratory mouth pressure (P.PImax) as a measure of inspiratory muscle strengt...
In subjects with normal lung mechanics, inspiratory muscle strength can be reliably and easily asses...
Introduction: Respiratory muscle dysfunction is a cardinal feature in chronic obstructive pulmonary ...
Objective: To evaluate the predictive value of maximum inspiratory pressure (MIP) besides rapid and ...
Measurement of respiratory muscles strength such as maximal inspiratory pressure (MIP) and maximal e...
Maximal Inspiratory Pressure (MIP) is considered an effective method to estimate strength of inspira...
BACKGROUND--Inspiratory muscle strength is often better reflected by oesophageal pressure during a m...
The respiratory muscles can present fatigue and even chronic inability to generate force. So, reliab...