ライフサイエンスコーパス: evacuation

1 therapy, or further surgery (e.g., hematoma evacuation).

2 igation of the bleeding vessels and hematoma evacuation.

3 ss of electrical power as a major reason for evacuation.

4 No deaths resulted from evacuation.

5 variant of but distinct from dilatation and evacuation.

6 P), 9 of whom required laparotomies for clot evacuation.

7 s reported stool fragmentation and difficult evacuation.

8 hospitals and other vulnerable groups during evacuation.

9 ubjects returned to duty and did not require evacuation.

10 olid-state packing of the MOSCs upon solvent evacuation.

11 (>33%) expansion; 2 required urgent hematoma evacuation.

12 ectoanal pressure gradients during simulated evacuation.

13 th bowel movements and a sense of incomplete evacuation.

14 ntrations of more than 5 IU/L 6 months after evacuation.

15 the subdural space and 107 to no drain after evacuation.

16 port, care of the burn wound, and long range evacuation.

17 nt, other associated injury, and distance of evacuation.

18 ral hematoma that required emergent surgical evacuation.

19 structure that occurs in tandem with solvent evacuation.

20 and 31 with pathologic samples from hematoma evacuations.

21 ings to research into decision-making during evacuations.

22 licalite sieve and removal of the solvent by evacuation, a thermally stable hydroperoxo species was d

23 The risks of pocket hematoma and need for evacuation after device implantation have not been defin

24 on, without severe brain trauma, by enabling evacuation and resuscitative surgery during circulatory

25 We examined the reasons for and methods of evacuation and the emergency-management strategies used.

26 which is stable with time and robust both to evacuation and to the addition of water.

27 motor system power of grade 4 after hematoma evacuation and treatment with antibiotics, anti-edema me

28 94%) had abnormal pelvic floor motion during evacuation and/or squeeze.

29 inic constipation score, sense of incomplete evacuation (%), and straining during defecation (%) impr

30 egments allow the patient to control bladder evacuation, and continue to be refined by ongoing invest

31 ils approaches to on-site triage and medical evacuation, and offers pathophysiology-based suggestions

32 often under difficult conditions of rescue, evacuation, and transport.

33 ia, acidosis, tobacco use, emergent hematoma evacuation, and vasopressor dependence.

34 fy the diagnoses that result in most medical evacuations, and ascertain which demographic and clinica

35 es sufficient to require immediate stateside evacuation-and admitted sequentially to our medical cent

36 of absolute scarcity; 3) intensive care unit evacuation; and 4) redundant internal communication syst

37 ation involving solvent exchange and solvent evacuation are reported.

38 atic displacement and vitrectomy with direct evacuation are two methods of treating submacular hemorr

39 the proper equipment, leveraging aeromedical evacuation assets, and employing the right people with t

40 interaction of surgical, critical care, and evacuation assets.

41 t without H (e.g., in a helium atmosphere or evacuation at high temperature), the morphology change o

42 stool' at 74.2% and 'sensation of incomplete evacuation' at 68.1% and the least frequent symptom was

43 al balloon expulsion test or impaired rectal evacuation by imaging.

44 Here we identify coastal evacuations by otherwise resident riverine striped bass

45 t, coupled with improved protective gear and evacuation capabilities, have facilitated the highest su

46 Upon evacuation, cubic crystals can produce stable frameworks

47 14 reported the onset of a new evacuation disorder after sphincter repair.

48 Patients had no evidence of a rectal evacuation disorder.

49 with constipation unassociated with a rectal evacuation disorder.

50 residual symptoms, and some may develop new evacuation disorders.

51 f collections; method and equipment used for evacuation; duration of therapy; evidence of complicatio

52 ental health-related clinical encounters and evacuations during the first 6 months of deployment in 2

53 om their parents in childhood as a result of evacuations during World War II as indicated by self-rep

54 en it is not feasible to use the urethra for evacuation (e.g. bladder exstrophy, neurogenic bladder,

55 ted most strongly by perineal descent during evacuation (factor 1), anorectal location at rest (facto

56 The risk of household evacuation failure increased in pet-owning households wi

57 The cumulative incidence of household evacuation failure was 19.4%.

58 e logistic regression, the risk of household evacuation failure was lower in households with children

59 hold owned, the higher the risk of household evacuation failure was.

60 udy characterized risk factors for household evacuation failure.

61 Whether minimally invasive catheter evacuation followed by thrombolysis for clot removal is

62 compared with 1.8%, 95% CI=1.5-2.1) and air evacuation for behavioral health reasons (0.1%, 95% CI=0

63 r service members who are at highest risk of evacuation, forward-deployed treatment, and therapeutic

64 computer-based experiment that simulates an evacuation from a building exploring the effect of varyi

65 also had pulmonary edema, were studied after evacuation from high-altitude locations; 5 were mountain

66 Video imaging monitored fecal pellet evacuation from isolated guinea-pig colons full of pelle

67 extended frameworks, which withstand solvent evacuation from the crystal lattice.

68 ly impairing mental health problems, medical evacuations from Iraq for mental health reasons, and sui

69 ated patients within 24 hours (the immediate-evacuation group), four completely and two partially.

70 inspections had shown no damage (the delayed-evacuation group).

71 sed on high anal pressure at rest and during evacuation (high anal), low rectal pressure alone (low r

72 ressure with impaired anal relaxation during evacuation (hybrid), and a short anal high-pressure zone

73 nstipation, and with >2 features of impaired evacuation i.e., abnormal evacuation pattern on manometr

74 It recurs after surgical evacuation in 5-30% of patients.

75 wer median hCG concentrations 6 months after evacuation in those under surveillance than in those giv

76 llowing features during defecation: impaired evacuation, inappropriate contraction of the pelvic floo

77 Impediments to pet evacuation, including owning multiple pets, owning outdo

78 ences incurred in 1983-1984 (financial loss, evacuation, indices of disruption of social networks) an

79 Early cerebrospinal fluid evacuation is often needed through placement of a percut

80 ng on a high floor in the towers, initiating evacuation late, being caught in the dust cloud that res

81 lity after 2012 to deployed military medical evacuation (MEDEVAC) units enabled a concurrent cohort s

82 997, 6 months after residents had been under evacuation notice due to flooding.

83 Evacuation of [Er(2)(PDA)(3)(H(2)O)] x 2H(2)O at room te

84 ses of radioactivity, triggering a mandatory evacuation of a large area surrounding the plant.

85 o patient received thrombolytics or surgical evacuation of clot.

86 ecorded clinical response (defined as prompt evacuation of flatus or stool and a reduction in abdomin

87 Orbital exploration and surgical evacuation of haematoma remains a second line interventi

88 (hCG) concentrations 6 months after uterine evacuation of hydatidiform mole, even when values are fa

89 clining concentrations of hCG 6 months after evacuation of hydatidiform mole.

90 ently high hCG concentrations 6 months after evacuation of hydatidiform mole.

91 Evacuation of large numbers of inpatients from multiple

92 halting of the transcriptional processes and evacuation of nearly all transcription associated machin

93 These actions include an organized evacuation of over 200,000 inhabitants from the vicinity

94 e order of 10(-7) S cm(-1), even without any evacuation of oxygen, and matches the conductivity of hi

95 ed in Northridge, California, leading to the evacuation of patients from several hospitals.

96 Records of emergency evacuation of persons with a clinical diagnosis of malar

97 nd-activated genes, concomitant with monomer evacuation of sites near repressed genes.

98 itical care air transport team permits rapid evacuation of stabilizing casualties to a higher level o

99 Drainage success was defined as evacuation of the abscess without surgery.

100 Final evacuation of the Baul enclave was accompanied by elabor

101 Arteriography and evacuation of the hematoma under ultrasound guidance (wh

102 We find that solvent evacuation of the hydrophobic gap (cavitation) between d

103 tic and thermodynamic characteristics of the evacuation of the inner sites certainly could be compati

104 olecules) enabled synchronous and verifiable evacuation of the peptide-binding groove and tracking of

105 and carbamate, the former disappearing upon evacuation of the sample.

106 The disproportionately rapid evacuation of the tropics under such a scenario would ca

107 e primary objective is the safe and thorough evacuation of vitreous and lens fragments from the anter

108 l teams utilizing red blood cells before air evacuation or in-flight has also been reported.

109 biopsy specimen, biopsy specimen at hematoma evacuation, or autopsy) and available brain MRI sequence

110 ylphosphine (DOP) with DOP being removed via evacuation over the course of Cd-precursor preparation.

111 days with flatulence (p < 0.035), incomplete evacuation (p < 0.05), and any symptom (p < 0.01).

112 atures of impaired evacuation i.e., abnormal evacuation pattern on manometry, abnormal balloon expuls

113 2.9 vs 4.6; P < .01), and the mean number of evacuations per day (4.2 vs 3.6; P < .01) for the L reut

114 nsolable crying (minutes per day), number of evacuations per day, number of visits to pediatricians,

115 When subjected to a mild evacuation procedure, compounds 3-6 exhibit permanent po

116 Establishing evacuation programmes to assist older people to find ref

117 pecies with addition of water and subsequent evacuation provide the first experimental proof of rever

118 aphics, evacuation training, and/or vertical evacuation refuges.

119 nd staff on duty at the hospitals during the evacuation responded to a 58-item structured questionnai

120 later, the hCG was rising and repeat uterine evacuation revealed choriocarcinoma.

121 ponses to effect rapid responses and medical evacuation routes, radiation-specific interventions, and

122 nce of key population segments and unimpeded evacuation routes.

123 loods generated ~3.2 Ga by rapid groundwater evacuation scoured the Solar System's most voluminous ch

124 es up to ten stages to allow for battlefield evacuation, surgical operations, multiple resuscitations

125 component of the U.S. Air Force Aeromedical Evacuation system.

126 bedside drainage to operating room burr hole evacuation, there was no significant difference in morta

127 geography, current statutes and regulations, evacuations, thermal modeling, air pollution studies, an

128 ld place a high priority on facilitating pet evacuation through predisaster education of pet owners a

129 age control paradigm must incorporate global evacuation through several military surgical facilities

130 Differences in pelvic floor descent and evacuation time were not significant (P > .05).

131 of mass crush injury casualties or prolonged evacuation times.

132 tant geographic locations involves rapid air evacuation to combat support hospitals or fleet hospital

133 als (n = 44) in Afghanistan or after medical evacuation to Germany from November 1, 2008, through Jul

134 those with penetrating injury require rapid evacuation to hospital with minimal intervention.

135 ncompressible hemostasis combined with rapid evacuation to surgery may increase survival.

136 Delirium or unconsciousness prompted evacuation to the hospital.

137 Medical evacuation to the United States was rapidly initiated.

138 and outreach tailored to local demographics, evacuation training, and/or vertical evacuation refuges.

139 anisotropic path distance models to estimate evacuation travel times to safety, and (iii) cluster ana

140 Complete evacuation was achieved in 41 (89.1%) abscesses, whereas

141 with initial medical treatment alone (later evacuation was allowed if judged necessary).

142 tment used medical treatment, although later evacuation was allowed if necessary.

143 Subdural hematoma evacuation was associated with decreased mortality but d

144 The most common reasons for medical evacuation were: musculoskeletal and connective tissue d

145 a definable injury severity exists for which evacuation with an AMR capability is associated with imp

146 ntries, we compared early surgical haematoma evacuation within 12 h of randomisation plus medical tre

147 a the recent STICH trial, emergency surgical evacuation within 72 h of onset should be reserved for p

148 Early surgery combined haematoma evacuation (within 24 h of randomisation) with medical t