Sentence examples for suitable for respiratory from inspiring English sources

A model microparticle vehicle suitable for respiratory delivery of biological pharmaceutical actives was designed.

The top row des a patient whose baseline diagnostic factors indicate a highly period tumor motion and respiratory pattern, suitable for respiratory motion-tracked PET/CT and motion-tracked radiotherapy.

The objective of this study was to explore the formation of submicrometer and nanometer aerosols from mesh nebulizers suitable for respiratory drug delivery using experiments and computational fluid dynamics (CFD) modeling.

The particle size was in a suitable range for respiratory drug delivery (mass mean aerodynamic diameter between 2 and 3 μm).

The IgE adjuvant capacity of the CNF particles was initially investigated in a footpad injection model suitable for studying respiratory allergy adjuvants (method reviewed in [ 13], performed as described in [ 2]).

Taken together, this led to the hypothesis that due to their production in the lung, some APPs are suitable local biomarkers for respiratory inflammation.

The results indicate that the proposed method is suitable for use in respiratory motion correction of PET data.

The nasal swabs were suitable for identifying viral respiratory pathogens; the proportion of bio samples in which viruses were identified (64.3 %) lies in an acceptable range compared to studies with swabs taken by trained medical staff [ 11, 36].

As the surveillance programme revealed that most of the S. pneumoniae and H. influenzae isolates were resistant to cotrimoxazole, the health authorities initiated discussion on suitable alternatives for cotrimoxazole for respiratory infections in Nepal.

The studied respiratory syndromes are suitable for syndromic surveillance because they reflect respiratory pathogen activity patterns Syndromic surveillance is increasingly used to signal unusual illness events.

This procedure is particularly suitable for computing an index of respiratory impedance to monitor the changes in the patient's respiratory mechanics within the ventilation cycle during invasive and noninvasive ventilation [ 5, 8].