1 sec, Inspiratory Flow Rate 80-900 Ipm, Minute Volume 3-482 Ipm,
What does IFR stand for?
IFR stands for Inspiratory Flow Rate
This definition appears very rarely and is found in the following Acronym Finder categories:
- Science, medicine, engineering, etc.
See other definitions of IFR
We have 110 other meanings of IFR in our Acronym Attic
- Increasing Failure Rate
- Indirect Fractal Resolution
- Indoor Firing Range
- Induced Field Ratio
- Infield Fly Rule (baseball)
- Infrared Receiver
- Inherently Flame Retardant
- Initial Flight Release (aviation)
- Initiative for Fiduciary Responsibility
- Injury Frequency Ratio (OSHA)
- Instant Failure Rate
- Institut Fédératif de Recherche (Research's Federative Institute)
- Institut für Religionspolitologie eV (Duisburg, Germany)
- Institute for Fisheries Research
- Institute for Fisheries Resources
- Institute of Finance Research (Vietnam)
- Institute of Food Research (UK)
- Instrument Flight Rule
- Instrument Flight Rules (aviation)
- Instrumented Flux Return
Samples in periodicals archive:
Peak inspiratory flow rate (PIFR) was measured at rest and with exercise using the Spiroson-AS ultrasonic flow sensor with PC interface (ndd Medizintechnik AG).
Inspiratory flow rate n = 8 20 (n = 3, 38%) (litres/minute) 30 (n = 3, 38%) Plateau n = 14 [less than or equal (seconds) to] < 2 (n = 9, 64%) Inspiratory time n = 16 5 (n = 7, 44%) (Ti) (seconds) Parameter Range Mode of ventilation Respiratory rate (breaths 3 - 15 Peak airway pressure 20 - 45 (cm[H.
Dolovich's research has shown that a patient's inspiratory flow rate may be the most important variable in obtaining efficacy from an aerosol inhaler.
a) the inferolateral resection of inferior turbinate with preservation of the mucosa of the medial aspect of the inferior turbinate to facilitate the entry of inspired air more into the inferior meatus than into the middle meatus (this physiologically increases the inspiratory flow rate along the inferior meatus).
iSPERSE formulations were created containing levofloxacin that yielded powders that were composed of small, relatively dense and dispersible particles, potentially allowing for the delivery of large masses across a range of inspiratory flow rates via a simple, passive dry powder inhaler leading to faster and more convenient administration.
In the injured lung model, EV4N not only increased inspiratory flow rate but also extended inspiratory (rise) time compared with those in normal.
Utilize relatively high, (70-100 LPM) inspiratory flow rate.