ライフサイエンスコーパス: expired

1 ollowing a 7-month course of itraconzole, he expired.

2 All 4 who were not transplanted expired.

3 re recruitment was completed because funding expired.

4 1.9 months, 71% of patients recurred and 48% expired.

5 ived adjuvant chemotherapy (Gemcitabine) but expired 10 months after surgery.

6 One patient expired 11 months after OLT secondary to medical comorbi

7 lucagon-like peptide-1, leptin, adiponectin, expired 13CO2 as well as perceived appetite ratings (p>0

8 by gas chromatography/mass spectrometry, and expired 13CO2 was measured by isotope ration mass spectr

9 splantation using the modified technique and expired 16 months after transplantation of other causes.

10 ia was similar for patients who survived and expired (22.6% vs. 20.1%; p = .516).

11 Of the 67 patients transplanted, 18 had expired, 7 were alive but unavailable, and 1 had been lo

12 id (adjusted O.R. 1.30, 95% CI 1.07-1.61) or expired (adjusted O.R. 1.38, 95% CI 1.12-1.73) insurance

13 Four patients expired after undergoing surgery one day after stenting.

14 Self-reported abstinence was confirmed by an expired air carbon monoxide concentration of 10 parts pe

15 whether the elevated NO. recovered in mixed expired air from asthmatic subjects is a reflection of t

16 ing canine sniffing, where ventral-laterally expired air jets entrain odorant-laden air toward the no

17 ment of nitric oxide (NO.) concentrations in expired air may represent a noninvasive measure of lower

18 firmed by a carbon monoxide concentration in expired air of 10 ppm or less.

19 xide (NO) gas concentrations are high in the expired air of individuals with asthma, but not consiste

20 with asthma, but not consistently so in the expired air of people with pneumonia.

21 A sample (2 ml) of the expired air was analyzed by chromatography.

22 nt for the concentrations of NO in asthmatic expired air, and eosinophils undergo accelerated necrosi

23 Similar findings were found for expired air.

24 expired) and test samples (15 samples 5 non-expired and 10 expired) using sample-selection approache

25 o two groups of training (35 samples: 15 non-expired and 20 expired) and test samples (15 samples 5 n

26 Patent protection for several LMWH has expired and abbreviated new drug applications have been

27 re used in this study; these included thirty expired and twenty non-expired samples.

28 training (35 samples: 15 non-expired and 20 expired) and test samples (15 samples 5 non-expired and

29 At follow-up, 23 patients were alive, 8 expired, and 8 transplanted.

30 At 22 months posttransplant, the patient expired as a result of an acute pulmonary embolus in the

31 n of 18 patients with true fungal infections expired as a result of infection, while 4 of 33 patients

32 The reimbursement increase expired at the end of 2014 in most states before policym

33 331 patients dual-listed for SLKT, 171 (52%) expired awaiting transplant, 145 (44%) underwent SLKT, a

34 End expired breath carbon monoxide level, symptom levels, ne

35 t cys-LTs and 8-isoprostanes are elevated in expired breath condensate of steroid-naive patients with

36 t retention, rate of smoking abstinence, and expired-breath carbon monoxide level.

37 s the number of exhaled bioaerosol particles expired by 72.10 +/- 8.19% for up to 6 h.

38 o breathe air contained in snow by diverting expired carbon dioxide (CO2) away from a 500-cm3 artific

39 Mixed expired carbon dioxide tension (PECO2) was measured.

40 [(18)O], the tracer dilution was measured in expired carbon dioxide.

41 To confirm smoking status, expired carbon monoxide (CO) concentrations were measure

42 ths after the incentives ended), verified by expired carbon monoxide and salivary cotinine.

43 moking, without significantly increasing the expired carbon monoxide level or total puff volume, sugg

44 by daily assessments of urinary cotinine and expired carbon monoxide levels.

45 fluenced by changes in subjective craving or expired carbon monoxide, suggesting that connectivity st

46 y 7-day recall and biochemical validation of expired carbon monoxide.

47 -day recall and biochemical validation using expired carbon monoxide.

48 ow physicians to bill as subspecialists with expired certificates.

49 Gas exchanges, expired CO(2), blood, and urine were collected over the

50 temperature (Tbat, -0.5 and -0.6 degrees C), expired CO2 (Exp.

51 cally, four variables derived from a plot of expired CO2 concentration vs. expired volume predict cha

52 se of four parameters derived from a plot of expired CO2 concentration vs. expired volume predict cha

53 ically, two variables derived from a plot of expired CO2 concentration vs. expired volume predict cha

54 cally, five variables derived from a plot of expired CO2 concentration vs. expired volume predict cha

55 ) the slope of phase II divided by the mixed expired CO2 concentration; d) airway deadspace; and e) P

56 c) the slope of phase 2 divided by the mixed expired CO2 tension; and d) airway deadspace.

57 nd III divided by the tidal volume; c) mixed expired CO2 tension; and d) physiologic deadspace to tid

58 lium and sulfur hexafluoride (SF6) phase III expired concentration slopes (SHe and SSF6, respectively

59 After a brief illness in 1965, Dr. Lyons expired due to a brain tumor.

60 and five aged controls; one monkey per group expired during the study.

61 ed; AML was the cause of death in 46% of the expired FA-C patients.

62 reath FENO (SB-FENO ), tidal-breathing mixed expired FENO (tidal-FENO ), bronchodilator responsivenes

63 the change in volume between 50% and 75% of expired forced vital capacity (FVC), and (2) the fractio

64 -4.89%) and forced expiratory flow at 75% of expired FVC (FEF(75)) (-6.62%), whereas in females these

65 ced a decrease in NO concentrations in mixed expired gas (F(E)NO; 24.6 +/- 5.1% decrease for F(E)NO,

66 limited exercise tests with breath-by-breath expired gas analyses using ramped treadmill protocols.

67 modynamic exercise testing with simultaneous expired gas analysis and were compared with 13 age- and

68 nt cardiac catheterization with simultaneous expired gas analysis at rest and during exercise before

69 ve cardiac catheterization with simultaneous expired gas analysis at rest and during exercise, before

70 modynamic exercise testing with simultaneous expired gas analysis to measure oxygen consumption.

71 A cardiopulmonary exercise test (CPET) with expired gas analysis was used to assess VO(2peak).

72 s who underwent graded exercise testing with expired gas analysis were studied to determine the possi

73 Metabolic power was calculated based on expired gas analysis, and surface EMG was used to record

74 e measured metabolic power consumption using expired gas analysis, as humans learned novel arm reachi

75 aWork Rate (WR) relationship, as assessed by expired gas analysis, is considered an indicator of abno

76 ymptom-limited treadmill exercise tests with expired gas analysis.

77 thin 48 h by maximal exercise ergometry with expired gas analysis.

78 by the animal's lungs was determined by the expired gas CO2 content in a Douglas bag.

79 With the Douglas bag method, mixed expired gas was collected over 15 mins and was analyzed.

80 ence interval: 10.8 to 15.2%), whereas V O2 (expired gas) increased by 8.3% (95% confidence interval:

81 Ramp cycle ergometry was performed with expired gas.

82 breathing (B), and compression (C) CPR with expired-gas ventilation in a 15:2 compression-to-ventila

83 Expired gases and V E were measured, and radial and pulm

84 Expired gases of room air and a 70:30 mixture of heliox

85 Questions expired if not answered on time (appointment dynamic).

86 acity (FVC), and (2) the fraction of the FVC expired in 0.5 s (FEV(0.5)/FVC).

87 olumes of oxygen consumed and carbon dioxide expired in order to compute respiratory quotients (RQs).

88 ory pressure significantly increased the end-expired lung volume and PaO2 but impaired ventricular pr

89 of experiments, wild-type yeast incubated in expired minimal medium instead of water lost viability q

90 26 +/- 0.3 kPa]; p = .005) without affecting expired minute ventilation (6.2 +/- 0.4 to 6.5 +/- 0.4 L

91 and 4%, respectively) and lower fraction of expired nitric oxide (50 mL/s; 14 ppb and 35 ppb, respec

92 n of sputum eosinophils (3%) and fraction of expired nitric oxide (50 mL/s; 35 ppb).

93 Expired nitric oxide (eNO) is a marker of airway inflamm

94 sponsible of promoting increased fraction of expired nitric oxide (FE(NO)) in asthma are unknown.

95 Recent guidelines for measurement of expired nitric oxide (NO) in adults have favored use of

96 subjects with asthma have elevated levels of expired nitric oxide (NO).

97 ratory rate, blood pressure, heart rate, and expired nitric oxide (NO).

98 ric oxide levels in exhaled air (fraction of expired nitric oxide, FENO) in subjects with asthma.

99 trosated (SNO-Hb and SNO-cyanometHb) on HPV, expired NO (eNO), and perfusate S-nitrosothiol (SNO) con

100 y alone produced a significant fall in mixed expired NO (p < 0.01) that was maximal after 30 min (36.

101 repeated spirometry results in reduced mixed expired NO and suggest that both ISH and allergen-induce

102 airway pH may be an important determinant of expired NO concentration and airway inflammation, and su

103 Expired NO concentration correlated with FEV1% (r = -0.4

104 We measured the mean mixed expired NO content of a vital-capacity breath using chem

105 We measured mixed expired NO in 10 individuals with atopic asthma who unde

106 Expired NO increased in the low ppb range with GSNO trea

107 Expired NO levels rise during the late phase of allergen

108 In addition, we found that prechallenge expired NO levels were significantly correlated with the

109 mpared these measurements with the change in expired NO that occurred after serial spirometry alone.

110 HPV was greater at a higher Hct, and expired NO varied inversely with Hct and decreased with

111 Mixed expired NO was 8.2 +/- 0.5 ppb in controls, 8.8 +/- 1.5

112 After allergen and ISH challenges, expired NO was elevated relative to levels after repeate

113 ts, we studied the effects of Hct on HPV and expired NO, the effects of nitric oxide synthase (NOS) i

114 c mechanisms that produce increases in mixed expired NO.

115 found that ambient NO levels affected mixed expired NO.

116 Further, GSNO breakdown increases expired NO.

117 The mixed expired NO. concentrations determined in patients with a

118 r merely nasopharyngeal contamination, mixed expired NO. determinations were performed in five normal

119 After intubation, mixed expired NO. levels were 4.7 +/- 1.3 ppb and 13.2 +/- 2.0

120 ndings indicate that the difference in mixed expired NO. of normal subjects and asthmatics reflects a

121 n, while 4 of 33 patients with a contaminant expired, none from a fungal cause.

122 treadmill exercise, HR, blood pressure, and expired O(2) and CO(2) were measured.

123 One of the lung edema dogs expired of acute heart failure in the seventh hour of th

124 infusions of methylprednisolone, the patient expired on hospital day 8.

125 Two patients subsequently expired, one with persistent histological changes of VOD

126 e, empty vaccine vials, or vaccines that had expired or were no longer usable.

127 ing (targeted end-tidal partial pressures of expired oxygen and carbon dioxide, 45 mm Hg), and the pl

128 n survivors versus 259 mg/L for patients who expired (p < 0.0001).

129 ion of i.p. disease, whereas control animals expired (P < 0.0001).

130 mant without hla (1 of 10 versus 7 of 7 mice expired [P < 0.001]).

131 t of the parent (1 of 10 versus 7 of 10 mice expired [P < 0.02]) or the transformant without hla (1 o

132 deadspace/tidal volume ratio = (PaCO2-mixed expired PCO2)/PaCO2.

133 Finally, an expired pegfilgrastim batch was analyzed as a a real bio

134 ntial donors failed to donate: 9 of 19 (47%) expired prior to legal determination of brain death; 10

135 ma was produced within 6 hours, and the rats expired rapidly within 7 hours.

136 these included thirty expired and twenty non-expired samples.

137 minimum alveolar concentration, inspired and expired sevoflurane fraction, wake-up times, duration of

138 liver transplantation at 4 years of age but expired shortly after transplantation.

139 Expired temperatures (TE) were continuously monitored, a

140 ortunately the patient became recidivous and expired ten months posttransplant, despite indications o

141 Many ventilators measure expired tidal volume (VT) without compensation either fo

142 ients with moderate-to-severe hypoxemia, the expired tidal volume above 9.5 mL/kg predicted body weig

143 In these patients, the expired tidal volume above 9.5 mL/kg predicted body weig

144 In the remaining 13 infants, expired tidal volume and CO2 elimination decreased signi

145 We assessed expired tidal volume and its association with noninvasiv

146 The median (interquartile range) expired tidal volume averaged over all noninvasive venti

147 vered using a simple algorithm targeting the expired tidal volume between 6 and 8 mL/kg of predicted

148 A low or moderate expired tidal volume can be difficult to achieve during

149 asily by increasing minute ventilation until expired tidal volume equals desired tidal volume.

150 A low expired tidal volume is almost impossible to achieve in

151 te hypoxemic respiratory failure, and a high expired tidal volume is independently associated with no

152 Expired tidal volume was averaged and respiratory and he

153 cted body weight [7.6-10.2]; p = 0.001), and expired tidal volume was independently associated with n

154 The mean expired tidal volume was significantly higher in patient

155 r all noninvasive ventilation sessions (mean expired tidal volume) was 9.8 mL/kg predicted body weigh

156 ish the impact of delayed sternal closure on expired tidal volume, respiratory system compliance, and

157 tal admission, 103 (77%) of the patients had expired, typically after spending the majority of their

158 est samples (15 samples 5 non-expired and 10 expired) using sample-selection approaches: (i) Kennard-

159 ome was forced expiratory flow at 75% of the expired vital capacity (FEF75).

160 rced expiratory flow rate from 25% to 75% of expired volume (percent predicted).

161 The expired volume from V30 to FRC was defined as V30E.

162 In univariate analyses, FVC, forced expired volume in 0.4 s (FEV(0.4)), and FEF(75) were sig

163 , p < 0.001), and significantly lower forced expired volume in 0.5 seconds (-0.49 z-scores [-0.95, -0

164 nd forced vital capacity and a second forced expired volume in 0.75 second within 10% of their highes

165 ata; 2) relate BC to lung spirometry [forced expired volume in 1 s (FEV)]; and 3) compare findings wi

166 d moderate/severe pulmonary distress (forced expired volume in 1 second [FEV1] < 70% of predicted).

167 atory pressure (>/=10 cm H2O), and corrected expired volume per minute (>/=10 L/min).

168 maller tidal volume (VT) at a given exercise expired volume per unit time (VE).

169 from a plot of expired CO2 concentration vs. expired volume predict changes in cardiac output in adul

170 from a plot of expired CO2 concentration vs. expired volume predict changes in cardiac output in heal

171 from a plot of expired CO2 concentration vs. expired volume predict changes in lung volume in healthy

172 from a plot of expired CO2 concentration vs. expired volume predict changes in lung volume in healthy

173 of CPAP; however, the FEFs at 50% and 75% of expired volume were not different for the three levels o

174 ore negative than the Z scores for the timed expired volumes (FEV0.5 or FEV0.5/FVC) for both groups.

175 expiratory duration and inappropriate timed expired volumes in some children.

176 of the 167 patients progressed and 25 (15%) expired with a median follow-up of 33 months.

177 y, all sham RAD-treated animals, except one, expired within 2 to 9 h after bacterial administration,

178 rate any clinical improvement after TIPS and expired within 2 weeks of the procedure.