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1 ithin the conduit should further decrease RV volume load.
2 the adverse affects of prolonged ventricular volume load.
3 uring injection or by controlling the sample volume loaded.
4 ling rate (E) was increased with both HF and volume loading.
5     One drawback of ICSI is hemodilution and volume loading.
6 ling with ICSI and minimize hemodilution and volume loading.
7 fusions of serotonin or histamine, or during volume loading.
8 line infusion, suggesting similar degrees of volume loading.
9 sure, and repeat baseline with two stages of volume loading.
10 ressure) was measured during isotonic saline volume loading.
11  +/- 10 ms to 222 +/- 23 ms (p < 0.012) with volume loading.
12 s the rise in LV end-diastolic pressure with volume loading.
13 nuing to be heated after intravenous colloid volume loading (11 ml kg(-)(1)).
14 ne infusions (5 microg/kg/min) and following volume loading (500 mL NaCl).
15 carotid artery size and to determine whether volume load accounts for the parallelism between the two
16               Additional characterization of volume load and contractile efficiency improves hemodyna
17 rial ligation (LAL) at stage 21 to reduce LV volume load and create left heart hypoplasia.
18                                              Volume loading and HF had similar heart rates (129+/-19
19 istulas for hemodialysis can lead to cardiac volume loading and increased serum brain natriuretic pep
20 and recipient fetus are exposed to differing volume loads and show discordant intertwin vascular comp
21 ay include right bundle-branch block (RBBB), volume loading, and chamber enlargement.
22  remarkable ability to adapt to pressure and volume load, but its size and function are often overloo
23                             In response to a volume load by gavage (20 ml/kg of body weight, 0.9% NaC
24  has been suggested that altered hemodynamic volume load can modify the degree and pattern of left ve
25                                          Net volume loading can be reduced markedly by initial resusc
26 ues of lesion number and apparent hemorrhage volume load determined with both examinations were compa
27                                              Volume loading during heat stress did not alter the exte
28                These data suggest that blood volume loading during passive heat stress (via 11 ml kg(
29 The present study tested the hypothesis that volume loading during passive heat stress attenuates the
30 MW implies that the ventricle is deformed-by volume loading during the rapid filling phase-when repol
31                            In contrast, with volume loading, E' was increased and not delayed.
32    Filling pressures rise significantly with volume loading, even in healthy volunteers.
33                          The mean hemorrhage volume load for all patients also was significantly grea
34                               Elimination of volume loading further improves outcomes.
35 s the elevation in LV filling pressures with volume loading in both normal animals and a pig model wi
36                                        After volume loading in cardiomyopathic animals, posterior and
37  end-diastolic pressure that develops during volume loading in normal and diseased hearts with the ch
38                          However, subsequent volume loading increased SV to 143 +/- 29 ml (P = 0.003)
39 ial remodeling driven by excess pressure and volume load is believed to be responsible for the viciou
40 effects of therapeutic interventions such as volume loading, it should not itself serve as a therapeu
41                                 Furthermore, volume load led to a sustained increase in BP in KO mice
42            During short-term isotonic saline volume loading, metoprolol CHF rats excreted 54+/-4% mor
43 stemic saturation or be eliminated to reduce volume load of the ventricle.
44                                       If so, volume loading of heat-stressed individuals would shift
45      In addition, we examined the effects of volume loading on airflow rates.
46  temper effects of delayed relaxation and/or volume loading on diastolic pressures.
47 scitation (CPR) hypothermia with and without volume loading on return to spontaneous circulation and
48 rt failure and to characterize the impact of volume loading on these indexes in the cardiomyopathic s
49 r, these procedures often place pressure and volume loads on the heart, and over time, these chronic
50  pressures was not significantly affected by volume loading or dobutamine infusion.
51                   We hypothesized that rapid volume loading performed during heat stress would increa
52                       We observed that rapid volume loading, performed during passive heat stress, au
53  capacity is normalized if the individual is volume loaded prior to the challenge.
54      BMS-986308 demonstrated efficacy in the volume-loaded rat diuresis model as well as promising in
55 ilter media type, filter media depth, inflow volume (loading rate), and inflow pollutant concentratio
56 ns (ranging from 7 to 16%), while subsequent volume loading returned those values to normothermic lev
57 t device is associated with normalization of volume load secondary to normalization of its regulatory
58 suggestive of diffuse RV fibrosis, for which volume loading seems to be a risk factor.
59 o geometric and performance changes from the volume-loaded stage are noted 6 to 9 months after the he
60                          With a 0.43% copper volume loading, the lattice more than tripled in thermal
61 in HLHS is subject to significant changes in volume loading throughout the surgical stages of palliat
62 ition of an IJS with a 2 mm nozzle and minor volume load to the ventricle improved the IVC pressure d
63  involving haemoglobin replacement and fluid volume loading to regain tissue perfusion and oxygenatio
64 unable to enhance cardiac contractility with volume loading, treatment with a beta-arrestin-biased AT
65 e increase in LV end-diastolic pressure with volume loading was mitigated by 41% (95% CI, 27%-45%, P<
66                             Hemodilution and volume loading were modeled using a two-compartment sali
67                                        After volume loading while heat stressed, the reduction in the
68 f LA pressure: in normal animals after rapid volume loading with dextran 500 mL and in animals with p
69 mics were assessed at baseline and following volume loading with pericardium intact, acutely followin
70 sure and mean pulmonary arterial pressure to volume loading with rapid saline infusion (100-200 mL/mi
71                                    Intra-CPR volume loading with room temperature (group C) or iced s