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1 g parenchyma during rapid lung inflation and deflation.
2 total lobe capacity (TLC) followed by a full deflation.
3 cuff inflation followed by 5 minutes of cuff deflation.
4 opulse and diastole at the last, during cuff deflation.
5 pressure (LVEDP) was unchanged following PAB deflation.
6  and LV compression which improved after PAB deflation.
7 he band inflated throughout pregnancy versus deflation.
8 erved, ablation was discontinued with forced deflation.
9 rom the myocardium immediately after balloon deflation.
10 ivity (around 80%) immediately after balloon deflation.
11 ing lung inflation and decreased during lung deflation.
12  intracoronary balloon angioplasty inflation-deflation.
13 , guidewire manipulation, and distal-balloon deflation.
14 ation (2sd = 4.5 cm H2O) and -0.15 cm H2O on deflation (2sd = 4.9 cm H2O); and between Pinf and Pinf,
15 ation (2sd = 6.7 cm H2O) and -0.35 cm H2O on deflation (2sd = 5.0 cm H2O).
16 lation (2sd = 5.6 cm H2O) and -1.4 cm H2O on deflation (2sd = 5.0 cm H2O); between Pmcd and Pmcd,c wa
17                              Volume loss, or deflation, affects all facial layers, including the skin
18    After successful dilation, imaging during deflation allowed the assessment of vascular elastic rec
19                        Balloon inflation and deflation also did not acutely change mean arterial pres
20 astolic pressure (RVEDP) decreased after PAB deflation, although remaining elevated vs. Sham.
21  000 maternities), of whom 42 underwent band deflation and 54 had inflation maintained (remainder unk
22     The control group received standard cuff deflation and a speaking valve during self-ventilation.
23 ection for baseline diameters preceding cuff deflation and also post-deflation SR.
24 these analyses were monitored during balloon deflation and cardiac cycle.
25 t systole and their variation during balloon deflation and cardiac cycles were measured to describe t
26 evelopment values and greater striatal shape deflation and disease burden and striatal pathology in i
27 early intervention group received early cuff deflation and insertion of an in-line speaking valve dur
28  and show evidence of inflation, co-eruptive deflation and shallow dyke intrusion.
29 tering, sum decomposition, external explicit deflation and shift-and-inverse, to allow fast GPU-resid
30 ime, and were simultaneous with magma source deflation and slow collapse at the Baretharbunga caldera
31 ation pattern and marked the first time that deflation and tilt were captured in real time by a new s
32 nsfused with autologous blood during balloon deflation, and pigs were resuscitated with isotonic crys
33  normal look and feel, to ease inflation and deflation, and to reduce infection complications with in
34 Changes in stent section shape after balloon deflation are important variables influencing fracture.
35                    Def animals underwent PAB deflation at 6 weeks and sacrifice at 9 weeks.
36                              Continuing lung deflation at end- expiration raises the end-expiratory C
37  5-minute cycles of 200 mm Hg cuff inflation/deflation) before aortic clamping.
38 steresis returns when inflation occurs after deflation below CV.
39  observed the rate of osmotic proteoliposome deflation by light scattering.
40 a high risk of gestational hypertension with deflation compared with controls and national data (RR 4
41  compliance change on the deflation limb and deflation compliance and decreased compliance between pe
42  curve is important during interpretation of deflation compliance and the point of maximum compliance
43 atic compliance between 5.4-16.1 ul/cmH(2)O, deflation compliance of 5.3-22.2 ul/cmH(2)O, percent rel
44 liance, starting compliance, top compliance, deflation compliance, and percent relaxation, and cyclin
45 s, percent relaxation, static compliance and deflation compliance.
46  pressure-volume curve pressure affected the deflation curve.
47 lung capacity remained close to the envelope deflation curve.
48 s, periodic osmotically driven inflation and deflation cycles generate mechanical stimuli in the form
49  PAB (NDef, n = 7); (3) PAB followed by band deflation (Def, n = 5).
50 cal was injected at 15 min following balloon deflation (delayed MPI).
51  on the order of 5 to 60 centimeters by wind deflation, depending on location.
52 Terumo Elemano BP Monitor, a novel slow cuff-deflation device that could potentially be used by patie
53                  The ring fault accommodated deflation during the eruption and provided a pathway for
54        RIPC by serial balloon inflations and deflations during PCI was found to confer protection aga
55     These cycles, both beginning at TLC, had deflation end above and below CV, respectively.
56       Despite continuing end-expiratory lung deflation (extended TI/TT), catheter effectiveness remai
57    Revascularization was achieved by balloon deflation, followed by 48 h of observation.
58 lood pressure cuff for 5 minutes followed by deflation for 5 minutes.
59 -volume curve, whereas loops performed after deflation from total lung capacity remained close to the
60 erate positive end-expiratory pressure after deflation from total lung capacity, further demonstratin
61                                      Passive deflation from V30 to FRC was then interrupted by multip
62 tly lower in the inflation group than in the deflation group (3380 g [95% CI 3255-3505] vs 3712 [3572
63                        Infants of women with deflation had a high risk of macrosomia compared with co
64                                After balloon deflation, however, all stents showed significant recoil
65 ivity or the responses to lung inflation and deflation in 10 rapidly adapting pulmonary receptors and
66 , wall thickening in interstitial edema, and deflation in atelectasis all result in similar reduction
67 potential to trigger release of contents via deflation in response to changes in the capsules' enviro
68 percutaneous intracoronary balloon inflation/deflation in the mid left anterior descending artery, wi
69 n during inflation and maximal effort during deflation) increased Vt (51 [38-64] ml), increased inspi
70  generalization of our approach to inflation/deflation-induced deformation, applying the same methodo
71 Stimulation of airway sensory fibers by lung deflation-induced reflex increase in tracheal blood flow
72                  Group 2 lobes underwent two deflation/inflation cycles, after an initial full inflat
73 ind that the rate of shape flattening during deflation is governed by a normalized adhesion strength
74 eously snap through to stroke down, and upon deflation, it will spontaneously stroke up by snapping b
75 quences of sample size-dependent effect size deflation, leading to excessive risk of type II error wi
76                            Agitation-induced deflation leads to differential phosphorylation of prote
77 re and the point of maximum curvature on the deflation limb (p <.05).
78 ci, i)) and the true inflection point of the deflation limb (P(inf,d)).
79 b, and the point of maximum curvature on the deflation limb (PMC), compliance between peak pressure a
80 nt on the inflation (r = 0.91, p < 0.01) and deflation limb (r = 0.83, p < 0.01).
81 he point of maximum compliance change on the deflation limb and deflation compliance and decreased co
82 ose to the point of maximal curvature of the deflation limb of quasi-static pressure-volume curve can
83 ual to the point of maximum curvature on the deflation limb of the pressure-volume curve (26 +/- 1.9
84  below the point of maximal curvature of the deflation limb of the pressure-volume curves.
85 ng function parameters during mapping of the deflation limb of the pressure-volume relationship in in
86                                          The deflation limb of the pressure-volume relationship was m
87 tes to the point of maximal curvature of the deflation limb of the quasi-static pressure-volume curve
88 g pressure curves presented a maximum on the deflation limb, identifying an optimal continuous disten
89  plethysmography) could be identified on the deflation limb, with an improvement of 21.6 mm Hg (CO2),
90 he point of maximum compliance change on the deflation limb.
91 Ctop), and maximum compliance (Cdef) for the deflation limb.
92 s were assessed by mapping the inflation and deflation limbs using both the pressure/impedance and pr
93 rcent change between baseline and after cuff deflation measurements.
94 eaths per minute) on pulmonary inflation and deflation mechanical properties.
95                                         This deflation obeys a universal relaxation law with a timesc
96 he decreased stent circularity after balloon deflation (odds ratio 0.98; 95% confidence interval, 0.9
97 nd large compressive stresses during balloon deflation (odds ratio, 0.98; 0.96-0.997; P=0.03), as ass
98              RIC by repeated brief inflation/deflation of a blood pressure cuff protects against endo
99  4 cycles of 5-minute inflation and 5-minute deflation of a blood pressure cuff).
100 BS Tuff and the outcrops show no evidence of deflation of a younger unit, supporting an age of >1.855
101 ugh four cycles of 5-min inflation and 5-min deflation of an automated cuff device) before PPCI.
102 ach that significantly reduces the inflation/deflation of DNA variant proportions due to PCR amplific
103  the stepwise drop in pressure subsequent to deflation of ischaemic thigh cuffs.
104  early inflation (associated with reciprocal deflation of nondependent lung).
105 ble of using motion cues to detect inflation/deflation of rigid and flexing cylinders, but this handi
106 through the field of view, the inflation and deflation of the balloon, and the application of the SPI
107 etres over the next several days, reflecting deflation of the entire volcano summit as magma moved in
108          FM group exhibited a regional shape deflation of the left posterior thalamus encompassing th
109  analysis showed that the extent of regional deflation of the left posterior thalamus was negatively
110 d to receive RIPC by cycles of inflation and deflation of the stent balloon during PCI or a sham proc
111 es, although unbiased, can show inflation or deflation of the test statistic attributable to the incl
112 on in insects analogous to the inflation and deflation of vertebrate lungs.
113 reconditioning (four 5-minute inflations and deflations of a standard blood-pressure cuff on the uppe
114 uld investigate the effect of prolonged lung deflation on intrinsic myocardial function.
115  which may occur after balloon inflation and deflation or in the early postintervention period.
116 balloon allows for recognition of unintended deflation or rupture of the balloon.
117  curve, we analyzed 24 sets of inflation and deflation P-V curves obtained from patients with ARDS.
118 e measurements affect both the inflation and deflation P-V curves.
119 ured lung, three distinct alveolar inflation-deflation patterns were observed and classified: type I
120 ransluminal coronary angioplasty] inflations/deflations)+PCI (n=65) versus routine PCI (n=57).
121 including adhesion, interstitial foam cells, deflation, periglomerular fibrosis, mononuclear white bl
122 ontrol subjects (n = 34) by measuring static deflation pressure--volume (PV) curves from a lung volum
123                           We recorded static deflation pressure-volume (PV) curves from near TLC to F
124                     A low-flow inflation and deflation pressure-volume curve (5-45 cm H2O) and a sust
125                          The initial osmotic deflation produces microscopic spherical invaginations.
126 5 and 15 cm H(2)O, the linear portion of the deflation PV curve.
127                      We conclude that static deflation PV curves can be recorded in the age range fro
128 ll microfluidic dimensions accelerate bubble deflation rates.
129 ant decrease in antioxidant molecules during deflation, reflecting an increase in reactive oxygen spe
130 uring ventilation, with decreased PVR during deflation relative to the initial inflation, that this h
131 allows them to undergo repeated swelling and deflation remains surprisingly poor.
132       The tool allows tracking inflation and deflation sources in time, providing estimates of where
133 eters preceding cuff deflation and also post-deflation SR.
134             Mean weight gain was higher with deflation than inflation (15.4 kg [95% CI 10.8-20.0] vs
135 higher risk of gestational hypertension with deflation than with inflation was noted (relative risk [
136     The PAPs on all subsequent inflations or deflations that began above CV remained 9% lower than th
137                                 Upon osmotic deflation, the vesicle membrane forms nanotubes, which u
138                 With or without ongoing lung deflation, the volume of gas flushed during the expirato
139 cryoapplication was discontinued with forced deflation to avoid a PNP.
140 essure waveform obtained during conventional deflation via a nonlinear arterial compliance model.
141 elial canal cells, which leads to whole-body deflation via collapse of the incurrent and expansion of
142             The maximum difference in PAP on deflation was 3.3 cm H2O or 11%.
143           Mean reactive hyperemia after cuff deflation was similar in the two groups (793 +/- 653% in
144 transformations under compressive loading or deflation, we theoretically investigate and experimental
145 resis was noted when the first inflation and deflation were compared.
146 cking and their impact on lung inflation and deflation were investigated.Measurements and Main Result
147 temporary valves (ie, complete inflation and deflation with each cycle) and resisted fatigue, in cont
148  Objectives: To determine the effect of lung deflation with IND/GLY on PMBF and regional pulmonary ve
149 formed during stepwise balloon inflation and deflation, with an 0.018-in imaging core positioned with
150  fronts, cryoturbation limits, and expanding deflation zones, thus providing potential early warning

 
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