ライフサイエンスコーパス: hyperbaric

1 treatments of HBO (100% oxygen at 1.5atm) or hyperbaric air (HBA, 14% oxygen at 1.5atm) over an 8-wee

2 Breathing hyperbaric air or gas mixtures, for example during divin

3 access for exploring the neuronal effects of hyperbaric breathing gases.

4 articipants were stratified by participating hyperbaric centre and randomly assigned (2:1) by a compu

5 vention consisted of 40 once daily 60-minute hyperbaric chamber compressions at 2.0 atmospheres absol

6 Usual therapy is recompression in a hyperbaric chamber following well-established protocols.

7 rapies, which can include recompression in a hyperbaric chamber.

8 roisopropanol (HFIP) employed as solvent and hyperbaric conditions (10-15 kbar) allows unprecedented

9 en is bubbled through the vasculature; under hyperbaric conditions using specialized pressurized cham

10 last few decades, only very few studies into hyperbaric effects have been published, especially for t

11 ssume that Xe(VIII) can be incorporated into hyperbaric frameworks such as MgSiO3 perovskite.

12 exerted by the overlying mass of water), and hyperbaric (increased pressure) tolerance is proposed to

13 dings from neuronal networks in miniaturized hyperbaric measuring chambers provide new access for exp

14 Only a few hyperbaric medicine centers have intensive care unit-lev

15 Staff at the participating hyperbaric medicine facilities knew the allocated treatm

16 Hyperbaric O2 exposure causes seizures by an unknown mec

17 tially improve the safety and reliability of hyperbaric O2 usage in clinical and diving applications.

18 Nitric oxide is involved in the mechanism of hyperbaric oxygen (HBO(2)) brain toxicity as nitric oxid

19 Previous research has found that hyperbaric oxygen (HBO(2)) produces an acute antinocicep

20 f oxidation, rabbit lenses were treated with hyperbaric oxygen (HBO) for 48 h, and proteins were anal

21 ntrolled clinical trial to determine whether hyperbaric oxygen (HBO) improves gross motor function in

22 The molecular mechanisms whereby hyperbaric oxygen (HBO) improves ischemic wound healing

23 Hyperbaric oxygen (HBO) is a potent means to increase th

24 We have shown that hyperbaric oxygen (HBO) reduced cerebral infarction in r

25 Hyperbaric oxygen (HBO) reduces cerebral infarct size af

26 Hyperbaric oxygen (HBO) therapy favorably improves oxyge

27 oreover, systemic reduction in EPO levels by hyperbaric oxygen (HBO) used in a preclinical mouse mode

28 R) cells lacking MTs are more susceptible to hyperbaric oxygen (HBO)-induced cell death in vivo.

29 igate lens crystallin aggregate formation in hyperbaric oxygen (HBO)-treated guinea pigs by using in

30 Hyperbaric oxygen (HBO2 ) is a proposed treatment for th

31 esearch has demonstrated that treatment with hyperbaric oxygen (HBO2) can elicit an antinociceptive r

32 Earlier research has demonstrated that hyperbaric oxygen (HBO2) can produce an antinociceptive

33 Intermittent air breaks during hyperbaric oxygen (HBO2) exposures protect against pulmo

34 We have tested the hypothesis that hyperbaric oxygen (HBO2) stimulates NO* production in th

35 his study was performed to determine whether hyperbaric oxygen (HBO2) therapy is protective in cecal

36 venous sodium thiosulfate (n = 9 [50%]), and hyperbaric oxygen (n = 3 [17%]).

37 Physiological antagonism of hypoxia with hyperbaric oxygen alleviated mechanical allodynia in ner

38 Increasing tissue oxygenation with hyperbaric oxygen altered the composition of the gut mic

39 4 participants were randomly assigned: 55 to hyperbaric oxygen and 29 to sham control.

40 ted for moderate to severe CO poisoning with hyperbaric oxygen and admitted to the Hennepin County Me

41 In these patients, hyperbaric oxygen and hemodilution therapy had been admi

42 d neurotrophic factor mimicked the action of hyperbaric oxygen and preserved hippocampal neurogenesis

43 Hyperbaric oxygen appears to offer the advantage of earl

44 s of 1,505 consecutive patients treated with hyperbaric oxygen at a single institution from 1978 to 2

45 en for any given critical care disorder, but hyperbaric oxygen can be delivered safely to critically

46 y critical care environments without present hyperbaric oxygen capability may wish to consider offeri

47 d for moderate to severe CO poisoning in the hyperbaric oxygen chamber at Hennepin County Medical Cen

48 wledge of the physiology and risks unique to hyperbaric oxygen exposure.

49 tant to consider the risk vs. the benefit of hyperbaric oxygen for any given critical care disorder,

50 erm mortality risk for patients treated with hyperbaric oxygen for CO poisoning, and 2) determine whe

51 Hyperbaric oxygen has been used as a therapy for patient

52 clusive results for the clinical benefits of hyperbaric oxygen in patients with chronic bowel dysfunc

53 ype and extent of infection, and the role of hyperbaric oxygen in treatment.

54 Hyperbaric oxygen is used in treating a number of disord

55 Clinically hyperbaric oxygen may be used in situations where NSAIDS

56 significantly blunted the protection by the hyperbaric oxygen on hippocampal neurogenesis; whereas i

57 During exposures to hyperbaric oxygen rCBF decreased at 4 ATA, decreased for

58 Hyperbaric oxygen reduces myocardial injury and improves

59 Treating critically ill patients with hyperbaric oxygen requires specialized equipment and per

60 Although hyperbaric oxygen significantly reduces the permanent ne

61 Hyperbaric oxygen therapy (at 2.5 atmospheres absolute w

62 jury to evaluate the ability of low-pressure hyperbaric oxygen therapy (HBOT) to improve behavioral a

63 In addition to the above therapies, hyperbaric oxygen therapy (HBOT) was implemented as adju

64 We evaluated the effects of hyperbaric oxygen therapy (HOT) on autoimmune diabetes d

65 Hyperbaric oxygen therapy has been used to treat a varie

66 ished evidence and guidelines for the use of hyperbaric oxygen therapy in carbon monoxide-poisoned in

67 l and practical considerations in the use of hyperbaric oxygen therapy in children.

68 que aspects of carbon monoxide poisoning and hyperbaric oxygen therapy in the fetus, the newborn, the

69 Hyperbaric oxygen therapy is the administration of 100%

70 Hyperbaric oxygen therapy may be helpful in preventing s

71 such as bronchial artery re-anastomosis and hyperbaric oxygen therapy merit clinical investigation.

72 k size nine or 12) to receive treatment with hyperbaric oxygen therapy or sham.

73 nary disease, extracorporeal life support or hyperbaric oxygen therapy, and animal studies.

74 These include irradiation, hyperbaric oxygen therapy, hyper- or hypothermic therapy

75 patients with rectal bleeding, benefit from hyperbaric oxygen therapy.

76 gen capability may wish to consider offering hyperbaric oxygen to patients with hyperbaric oxygen-app

77 response of each tissue, we exposed mice to hyperbaric oxygen treatment (HBOT) following wounding.

78 Little is known about the impact of hyperbaric oxygen treatment (HBOT) on matrix metalloprot

79 The hyperbaric oxygen treatment also promoted a sustained in

80 otodynamic therapy, oral pentoxyphylline and hyperbaric oxygen treatment describe positive results, b

81 The early hyperbaric oxygen treatment may alleviate delayed memory

82 The hyperbaric oxygen treatment notably restored the cogniti

83 this experiment was to explore the effect of hyperbaric oxygen treatment on carrageenan-induced infla

84 Hyperbaric oxygen treatment significantly decreased infl

85 carbon monoxide poisoning followed by 7-day hyperbaric oxygen treatment, (4) carbon monoxide + hyper

86 All patients received hyperbaric oxygen treatment.

87 survivors of acute CO poisoning treated with hyperbaric oxygen were at increased risk for long-term m

88 aric oxygen treatment, (4) carbon monoxide + hyperbaric oxygen with additional intracerebroventricula

89 bile activity, especially in the presence of hyperbaric oxygen, and because its primary structure con

90 gadose corticosteroids, levodopa, carbidopa, hyperbaric oxygen, and neuroprotective agents, but no pr

91 -aspartate and methionine sulfoximine, or by hyperbaric oxygen, are prevented by DETC-MeSO, indicatin

92 microbiota in intestines of mice exposed to hyperbaric oxygen, human rectal biopsy and mucosal swab

93 , and when oxidatively stressed in vivo with hyperbaric oxygen, the knockout lenses reacted similarly

94 ntional therapy is limited to normobaric and hyperbaric oxygen, with no available antidotal therapy.

95 offering hyperbaric oxygen to patients with hyperbaric oxygen-approved indications.

96 appreciably alleviated by early treatment of hyperbaric oxygen.

97 ic-oxide synthesis in neutrophils exposed to hyperbaric oxygen.

98 uelae at six weeks were less frequent in the hyperbaric-oxygen group (19 of 76 [25.0 percent]) than i

99 Cognitive sequelae were less frequent in the hyperbaric-oxygen group at 12 months, according to the i

100 , randomized trial to evaluate the effect of hyperbaric-oxygen treatment on such cognitive sequelae.

101 a 24-hour period, consisting of either three hyperbaric-oxygen treatments or one normobaric-oxygen tr

102 Three hyperbaric-oxygen treatments within a 24-hour period app

103 increased PbtO2 in both groups treated with hyperbaric oxygenation (mean maximum PbtO2, 390 torr; SD

104 Where hyperbaric oxygenation could not be performed, patients

105 Although earlier start of hyperbaric oxygenation is associated with better outcome

106 Hyperbaric oxygenation is the accepted treatment for cer

107 We did not observe an effect of hyperbaric oxygenation on cerebral function after a dela

108 This study investigates the effect of hyperbaric oxygenation on cerebral function in swine whe

109 Whether less severe injury benefits from hyperbaric oxygenation should be investigated in models

110 Hyperbaric oxygenation significantly increased PbtO2 in

111 Our study should not change current hyperbaric oxygenation strategies for cerebral arterial

112 could be too severe for a single session of hyperbaric oxygenation to be effective.

113 Hyperbaric oxygenation was administered using U.S. Navy

114 much delay can be tolerated before start of hyperbaric oxygenation.

115 The potency of hyperbaric preconditioning (HBO-PC) is uncertain compare

116 Our purpose was to optimize hyperbaric pressure as a vector for ex vivo transfection

117 Hyperbaric pressure is a safe and effective vector for t

118 Hyperbaric pressure was an effective method of NF-kappaB

119 of long carbon fibers was investigated using hyperbaric-pressure laser chemical vapor deposition (HP-

120 developed for subjecting protein crystals to hyperbaric pressures of oxygen gas in order to promote e

121 e unit-related equipment can be subjected to hyperbaric pressurization, and some equipment may increa

122 ical schedule of air treatments using a sham hyperbaric pressurization.

123 nitric oxide (NO), carbon monoxide (CO), and hyperbaric (pressurized) oxygen (HBO) alter vascular end

124 f vasoconstriction in response to PO2 in the hyperbaric range in SOD3+/+ mice, whereas NO-dependent r

125 Hyperbaric storage (8h) of melon juice (a highly perisha

126 Hyperbaric storage (HS) of raw watermelon juice, at 50,

127 Comparatively to the refrigerated condition, hyperbaric storage at 50/75 MPa resulted in similar or l

128 These results show the potential of hyperbaric storage, at and above room temperature and wi

129 ng at 1 or 2 atmospheres pressure (mimicking hyperbaric therapy) did not decrease hypoxia in the tumo

130 tient is healing very slowly with the aid of hyperbaric therapy; she has been unable to achieve smoki

131 ation between the hypoxia thresholds and the hyperbaric thresholds of taxonomic groups of shallow-wat

132 AS ODN hyperbaric transfection proved highly efficient, effecti

133 d presence of endotracheal intubation during hyperbaric treatment.