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1  the median difference in change between the hypobaric and normobaric exposure was 0 ng/mL for thromb
2 icant differences between the changes in the hypobaric and the normobaric exposures.
3  induced hypoxia by maintaining animals in a hypobaric chamber at 0.5 atm for 24 hrs.
4 C57BL/6 mice were housed and maintained in a hypobaric chamber at 290 Torr (0.4 atm) for 21 days and
5 nite element method modeling showed that the hypobaric chamber in the patch opened the skin appendage
6  report the use of a skin patch containing a hypobaric chamber that induces skin dome formation to en
7      A dual-isotope study was performed in a hypobaric chamber to simulate pressure changes experienc
8  completed two identical 4-day sojourns in a hypobaric chamber, one in normoxia (NX) and one in hypob
9 ingle-blind, crossover study, performed in a hypobaric chamber, to assess the effect of an 8-hour sea
10 ired oxygen = 87.2 mmHg) conditions inside a hypobaric chamber.
11 cted a prospective, single-blind, controlled hypobaric-chamber study of adult volunteers to determine
12 ed rats kept under normobaric (640 Torr) and hypobaric conditions (380 Torr for 2-3 weeks).
13        Postprandial glucose Rd was higher in hypobaric conditions than ground, the percent change in
14 ronmental thermal stress, and high altitude (hypobaric) conditions.
15 ing flight despite the challenges imposed by hypobaric environments.
16 duced partial pressure of oxygen inherent to hypobaric environments.
17 udy provides strong evidence that nonhypoxic hypobaric exposure may induce subcortical WMHs in a youn
18 et (9144 m) above SL with 100% FiO(2) group (hypobaric group [HYPOBAR]; n = 6).
19 er normoxic and hypoxic (normobaric (NH) and hypobaric (HH)) conditions, at real and simulated altitu
20  acute normobaric (NH, decreased FiO(2)) and hypobaric (HH, 4200 m ascent) hypoxia exposures compared
21 ateral carotid artery occlusion and systemic hypobaric hypotension (HH) at the lower limit of cerebra
22 tivity, and exposed as adults to normoxia or hypobaric hypoxia (12 kPa O(2) for 6-8 weeks).
23                  Normobaric hypoxia (NH) and hypobaric hypoxia (HH) are both used to train aircraft p
24 ric chamber, one in normoxia (NX) and one in hypobaric hypoxia (HH, 3500 m).
25                                              Hypobaric hypoxia also resulted in intense 3H-MISO reten
26 tion is accompanied by ever-present risks of hypobaric hypoxia and decompression sickness.
27     Adult male Wistar rats were subjected to hypobaric hypoxia at 0.5 atmosphere for periods of 4 day
28 a are implicated in maladaptive responses to hypobaric hypoxia at high altitude (HA).
29   The adult rat adapts to prolonged moderate hypobaric hypoxia by polycythemia, increased brain vascu
30                              Conversely mild hypobaric hypoxia can suppress appetite and food intake,
31 results demonstrate that exposure to chronic hypobaric hypoxia causes mild placental ER stress, which
32 kade with SU5416 in combination with chronic hypobaric hypoxia causes severe pulmonary hypertension a
33                                    Prolonged hypobaric hypoxia did not change the Em of nerve endings
34                    Wild-type mice exposed to hypobaric hypoxia during gestation readily adapt and mai
35 ical adaptation of Sherpa highlanders to the hypobaric hypoxia encountered at high altitude.
36 ession on more complex adaptive responses to hypobaric hypoxia evolved by populations of Tibetan/Sher
37  of hypoxia was studied in rats subjected to hypobaric hypoxia for 3 weeks and then allowed to recove
38                         Rats were exposed to hypobaric hypoxia for 3 weeks in the absence or presence
39                         Mice were exposed to hypobaric hypoxia for 6 h, and changes in immediate hypo
40 unt of progressive exposure to environmental hypobaric hypoxia in healthy humans.
41 ased GC/NE and reduced GC/GC coupling during hypobaric hypoxia may be partly responsible for the incr
42                               The effects of hypobaric hypoxia might also provide new insights into t
43 24month old ("aged") C57BL/6 mice to chronic hypobaric hypoxia of 0.4atm (290torr).
44 n descent, are highly adapted to life in the hypobaric hypoxia of high altitude.
45 nders, studied before and during exposure to hypobaric hypoxia on a gradual ascent to Mount Everest B
46 s the effect of an 8-hour seated exposure to hypobaric hypoxia on hemostasis in 73 healthy volunteers
47             In both incisor and molar pulps, hypobaric hypoxia significantly increased 3H-MISO retent
48                                    Prolonged hypobaric hypoxia significantly tightened coupling modes
49                   The level of environmental hypobaric hypoxia that affects climbers at the summit of
50                In the present study, in vivo hypobaric hypoxia was used as an experimental tool to de
51                    Male rats were exposed to hypobaric hypoxia while treated with E2 (75 mug/kg/d) or
52 he effects of exposure to altitude (and thus hypobaric hypoxia) might provide a reproducible model fo
53  in the partial pressure of inspired oxygen (hypobaric hypoxia).
54 on the environmental conditions, notably the hypobaric hypoxia, at moderate altitudes influence the p
55 ation in subterranean burrows and experience hypobaric hypoxia, including both hypoxia (low oxygen co
56  findings do not support the hypothesis that hypobaric hypoxia, of the degree that might be encounter
57 an groups to cope with challenges imposed by hypobaric hypoxia, offering new insights into the tangle
58 ntribute to the physiological adaptations to hypobaric hypoxia, possibly by altering lung function.
59  exposed alternately (> or =1 week apart) to hypobaric hypoxia, similar to the conditions of reduced
60                    After exposure to chronic hypobaric hypoxia, Tg+ mice have lower RVSP than do Tg-
61 nary vascular responses to acute and chronic hypobaric hypoxia, the haematological and cardiopulmonar
62  may facilitate physiological adaptations to hypobaric hypoxia.
63 onsequence of poor ventilatory adaptation to hypobaric hypoxia.
64 ng during acute and sustained normobaric and hypobaric hypoxia.
65 nders at sea level and following exposure to hypobaric hypoxia.
66 nderlie the myocardial dysfunction caused by hypobaric hypoxia.
67 and maximal exercise capacity observed under hypobaric hypoxia.
68 isms, to effective tissue oxygenation during hypobaric hypoxia.
69 onary hypertension after exposure to chronic hypobaric hypoxia.
70 se physical activity, climatic extremes, and hypobaric hypoxia.
71 ntially affected by exercise when exposed to hypobaric hypoxia.
72                          Following 4 days of hypobaric hypoxic exposure (corresponding to 3500 m alti
73                      Characterization of the hypobaric response can therefore provide data to guide s
74 on between 120 and 180 min was higher in the hypobaric simulation.
75 The aims of this work were to understand how hypobaric stress modified the properties of the skin and
76          The local application of controlled hypobaric stress represents a novel means to facilitate
77 demonstrated that the topical application of hypobaric stress thinned the tissue (p<0.05), atomic for
78                                         When hypobaric stress was not applied to the rat there was no
79 ir follicles, when applied to the skin using hypobaric stress.