ライフサイエンスコーパス: minute volume

1 th was strongly associated with a suppressed minute volume.

2 tidal volume, resulting in little change in minute volume.

3 estoration of normal breathing frequency and minute volume.

4 ed a progressive augmentation of respiratory minute volume.

5 outcome than the negative inspired force and minute volume.

6 oise-free fluorescence data originating from minute volumes (0.025 femtoliter) and allows extraction

7 ne which involves (i) direct enrichment from minute volumes (5 microL) of minimally treated urine on

8 4 vs 7.1 +/- 0.1 kPa; p = 0.37) with a lower minute volume (6.4 +/- 0.5 vs 8.7 +/- 0.4 L/min; p < 0.0

9 lume ratio, rate/volume ratio after 30 mins, minute volume, and negative inspired force were 0.97, 0.

10 , and -20 cm H2O for the rate/volume ratios, minute volume, and negative inspired force, respectively

11 respiratory rate, tidal volume, respiratory minute volume, and peak flow rate but also recognize uni

12 y diminished in WNV-infected mice with a low minute volume as compared to WNV-infected or sham-infect

13 respiratory capacity manifesting as greater minute volume, as well as enhanced cardiac function miti

14 of soluble ions that can be found in such a minute volume at any given time point is less than the n

15 ponse (HVR) to mild hypoxia by measuring the minute volume before and during a brief exposure to 10%

16 reproducibly achieved, providing a means for minute volume delivery without small drop generation.

17 Virally infected mice with a very low minute volume did not neurologically respond to hypercap

18 mes included tidal volume, respiratory rate, minute volume, dynamic lung compliance, inspiratory resi

19 lines for breathing frequency, tidal volume, minute volume, inspiratory-to-expiratory ratio, inspirat

20 ds from a low quantity of bacterial cells in minute volume is important in many clinical and biologic

21 increased airway resistance and decreases in minute volume, lung compliance, and alveolar function.

22 wed significantly lower breathing frequency, minute volume (mL/min/kg), and inspiratory drive (mL/kg/

23 Likewise, the minute volume of positive pressure ventilatory support s

24 he legs on transpharyngeal resistance (Rph), minute volume of ventilation (Vmin), and partial pressur

25 us levels of untagged protein complexes from minute volumes of cell lysates under close to physiologi

26 race analytes from high-abundance species in minute volumes of complex samples.

27 vel microtransplantation technique to inject minute volumes of dissociated adult rat dorsal root gang

28 technique that minimizes scarring to inject minute volumes of dissociated adult rat dorsal root gang

29 luble iron was released through reactions in minute volumes of liquid water trapped between ice micro

30 pt for rapid and efficient salt removal from minute volumes of saline samples is presented by using m

31 nsition (EMT) transcription factor, ZEB1, in minute volumes of sample.

32 y protein expression patterns across several minute volume samples; for example, it could be used to

33 ch bead libraries with high precision and at minute volume scales; however, the challenge of introduc

34 in vivo, phenylfentanil yielded respiratory minute volumes similar to those caused by fentanyl.

35 ant increase (7.3-10.9 L/min [p = 0.048]) in minute volume throughout the test period, reaching value

36 PaO2 and PaCO2, minute volume, tracheal pressure, lung aeration measured

37 The spontaneous minute volume, unassisted respiratory rate/tidal volume

38 hing frequency (FR ), tidal volume (VT ) and minute volume (VE ) by inhibiting this nucleus optogenet

39 positive airway pressure (CPAP) to decrease minute volume (VE) and effort of breathing.

40 .05) and norbuprenorphine-related effects on minute volume (VE, p < .05), TI, and TE (p < .001).

41 The minute volume was maintained at the baseline level durin

42 The baseline minute volume was maintained during stepwise increases i

43 eters of respiratory rate, tidal volume, and minute volume were measured using whole-body plethysmogr