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1 e they are experiencing significant internal fluid shifts.
2 g that the effect was not due to diuresis or fluid shifts.
3 ay HDBR at 6 to simulate spaceflight-induced fluid shifts.
4 eviews emerging techniques for evaluation of fluid shifts.
5 MRI was used to assess WM microstructure and fluid shifts.
6 ravity analog because it mimics the headward fluid shift and axial body unloading of spaceflight.
7           Nightly LBNP reinstated a footward fluid shift and mitigated the increase in choroid area a
8                                              Fluid shifts and muscular unloading participate to a mar
9 nary injury, massive blood loss, significant fluid shifts, and hypermetabolism, which alter the pharm
10 g neuropathological states in which abnormal fluid shifts are accompanied by alterations in the aggre
11 pid and large extracellular to intracellular fluid shifts, as well as significant sweating losses of
12                                        These fluid shifts between fascicle and interstitial compartme
13 ypothermia, an effective neuroprotectant, on fluid shifts, cerebral perfusion and spreading depressio
14 findings suggest mechanisms by which rostral fluid shift contributes to the pathogenesis of OSA and C
15                                      Rostral fluid shift could facilitate OSA if it induces pharyngea
16 ic disc oedema, suggesting that the cephalad fluid shift during long-duration spaceflight rarely incr
17  of astronauts, suggesting that the cephalad fluid shift during spaceflight does not systematically o
18 ed focal brain white matter (WM) changes and fluid shifts during 70 days of 6 degrees HDBR in 16 subj
19    Countermeasures that reverse the headward fluid shift experienced in weightlessness have the poten
20 t a differing relationship between overnight fluid shift from the legs and severity of obstructive sl
21 head-down tilt, which simulates the headward fluid shifting in microgravity, as spaceflight analogues
22 rance resulting from decreased compartmental fluid shifts in response to head-up tilt and higher vasc
23 ormation on the effect of ultrafiltration on fluid shifts in the extracellular and intracellular flui
24 rience ocular remodeling related to cephalad fluid shifts induced by microgravity.
25 ry response, improves resuscitation, reduces fluid shifts into tissues, and preserves arterial oxygen
26 In men with heart failure, nocturnal rostral fluid shift is associated with an overnight increase in
27                            Overnight rostral fluid shift relates to severity of OSA and CSA in men wi
28 ology, suggesting that longer durations of a fluid shift reversal may be needed to mitigate spaceflig
29 onal Aeronautics and Space Administration's "Fluid Shifts Study," a prospective cohort study, optical
30  bloodstream in response to hypervolaemia or fluid shifts to the central circulation.
31 ty, these mechanisms are altered, leading to fluid shifts toward the head, visual disturbances, cereb
32             Microgravity results in headward fluid shifts, ventricular expansion, an upward shift of
33 and the physiologic associations of headward fluid shifts with outcomes during spaceflight on the cen