ライフサイエンスコーパス: hemodynamic

1 ncy coupling of temporal changes in cerebral hemodynamics.

2 inflammation, and permeability and improved hemodynamics.

3 th right ventricular dysfunction or unstable hemodynamics.

4 statuses by using treatment, diagnosis, and hemodynamics.

5 s, is associated with alterations in cardiac hemodynamics.

6 sh the relationship with concurrent invasive hemodynamics.

7 in immediate event outcomes or intra-arrest hemodynamics.

8 Both VM and VM + LT improve pulmonary hemodynamics.

9 Hemodynamic abnormalities in heart failure are affected

10 py, we simultaneously monitored neuronal and hemodynamic activities in the mouse brain through an int

11 f neuronal firing and reflects slow-evolving hemodynamic activity that fails to capture the faster ti

12 6) in 250-mL boluses using an individualized hemodynamic algorithm during surgery and for up to 24 ho

13 fibrosis and a decline in strain and overall hemodynamics, all of which were mitigated by DAPA treatm

14 Accordingly, based on hemodynamics alone, Impella provides the optimal form of

15 The RV hemodynamic alteration after tricuspid repair could be u

16 ut may result in alveolar hyperinflation and hemodynamic alterations.

17 Younger age, smaller size, and hemodynamic and anatomic factors indicative of greater R

18 racorporeal membrane oxygenation ventilator, hemodynamic and biochemical parameters, extracorporeal m

19 to determine the frequency, predictors, and hemodynamic and clinical correlates of HALT and RLM afte

20 the resulting clusters were correlated with hemodynamic and clinical data.

21 Invasive hemodynamic and echocardiographic assessment was perform

22 correlates of phobic stimulus processing in hemodynamic and electrophysiological research and extend

23 Considered together, hemodynamic and electrophysiological signals can jointly

24 To assess causality, we investigated hemodynamic and histological evidence of PAH in hematopo

25 Via hemodynamic and histological indices, knockout-knockout

26 echanisms involved: the prothrombotic state, hemodynamic and hormonal changes, rapid uterine growth,

27 function; however, the tenuous perioperative hemodynamic and metabolic milieu in high-acuity CLKT rec

28 Hemodynamic and videometric data were analyzed using lin

29 Whereas admission hemodynamics and angiographic findings were all well-bal

30 Well established approaches modifying hemodynamics and cell biology by neurohumoral receptor b

31 ere used to assess the impact of AC on valve hemodynamics and clinical outcomes, respectively.

32 gical valves, and its association with valve hemodynamics and clinical outcomes.

33 etic aortic valve replacement (AVR) on valve hemodynamics and clinical outcomes.

34 supraspinal vasomotor pathways affects basal hemodynamics and contributes to the development of auton

35 Invasive hemodynamics and echocardiography were used to assess re

36 risk for surgery was associated with durable hemodynamics and excellent clinical outcomes.

37 pulmonary exercise test to assess changes in hemodynamics and gas exchange during exercise.

38 non-invasive quantitative measures of tissue hemodynamics and hypoxic status.

39 elated to exertion can influence a patient's hemodynamics and increase the severity of many cardiovas

40 le in terms of vascular morphology, emergent hemodynamics and intravascular oxygenation.

41 brane oxygenation impact on macrocirculatory hemodynamics and microcirculation in patients with refra

42 nderstand how arousal state impacts cerebral hemodynamics and neurovascular coupling, we monitored ne

43 ft ventricular ratio correlate with invasive hemodynamics and outcomes measures, and EI can accuratel

44 Shape measures correlated with invasive hemodynamics and PH outcome measures (PH-related hospita

45 VM and VM + LT both improve pulmonary hemodynamics and prognosis in PoPH.

46 rdiectomy with improvement in cardiovascular hemodynamics and resolution of symptoms with no 30-day m

47 V) systolic and diastolic function and valve hemodynamics and right ventricular (RV) assessment, as w

48 en and echocardiographic indicators of worse hemodynamics and right ventricular dysfunction.

49 mary estimates on the endpoints of pulmonary hemodynamics and survival in patients with PoPH, treated

50 hotoplethysmography, the study of peripheral hemodynamics and the effect of autonomic nervous system

51 l membrane oxygenation could rapidly restore hemodynamics and tissue perfusion and reduce myocardial

52 Balloon inflation uniformly improved hemodynamics and was associated with a 59% rate of retur

53 uscitation initiation had lower intra-arrest hemodynamics and worse event outcomes than those who wer

54 We compared TAVR and SAVR for PPM, hemodynamics, and clinical, and functional outcomes thro

55 icle focuses on the embryologic development, hemodynamics, and imaging features to enable a timely di

56 s, did not significantly affect aortic valve hemodynamics (aortic valve gradients or area), and was a

57 Abnormal tumor hemodynamics are a critical determinant of a tumor's mic

58 TV area metrics and RV hemodynamic assessment by means of stereo-scopic particl

59 Despite the routine use of hemodynamic assessment in pediatric heart transplant (HT

60 ndings suggest incremental value of exercise hemodynamic assessment to resting measurements alone in

61 inforces the critical importance of accurate hemodynamic assessment.

62 the brain requires us to monitor distributed hemodynamics at high spatial and temporal resolution in

63 aly, and RA dysfunction and hypertension are hemodynamic biomarkers that can identify patients at ris

64 (va)), which reflects total left ventricular hemodynamic burden, was lower with TAVR than SAVR at 1 y

65 ement conduit configurations have comparable hemodynamics but differ in biomechanical performance, wi

66 fying associations between these factors and hemodynamics can be difficult due to the multitude of co

67 eases, the ability to visualize and quantify hemodynamic changes (e.g. decreased flow or occlusion) i

68 vulnerability, but few studies have analyzed hemodynamic changes in the brain as a risk factor.Purpos

69 lesion site, indicating drastic post-injury hemodynamic changes in the spinal cord.

70 condary outcomes were bleeding incidence and hemodynamic changes induced by NGI.

71 Hemodynamic changes were assessed as the first derivativ

72 During both paradigms cortical hemodynamic changes were assessed by means of fNIRS.

73 However, the observed metabolic and hemodynamic changes were modest and most likely contribu

74 cal, functional, radiologic, histologic, and hemodynamic characteristics, response to pulmonary arter

75 ll describe the methods applied for invasive hemodynamic characterization in the PVDOMICS program.

76 l during unstressed conditions such as rest, hemodynamics classically become abnormal during stressor

77 The hemodynamic classification, grounded on novel theories a

78 < 0.01, d = 0.86), and significantly reduced hemodynamic coherence in the low-frequency band (0.08-0.

79 sed cerebral tHb concentration and decreased hemodynamic coherence.

80 ications, such as perforations, dissections, hemodynamic collapse, no-reflow, and entrapped equipment

81 polymers, and have the biocompatibility and hemodynamics comparable to tissue substitutes.

82 atory pressure and may cause respiratory and hemodynamic complications in ventilated patients with lu

83 and the number of rejection treatments with hemodynamic compromise by 53% within the first 30 days (

84 function including acute cardiomyopathy with hemodynamic compromise or severe arrhythmias.

85 hospital settings, is often associated with hemodynamic compromise, sepsis, cardiac surgery, or expo

86 is challenging because of noninducibility or hemodynamic compromise.

87 CNI groups, respectively; no episode led to hemodynamic compromise.

88 d possible release of emboli under different hemodynamic conditions.

89 AI stages and further explored the impact of hemodynamic congestion on clinical outcomes.

90 aluated for association with SCAI stages and hemodynamic congestion.

91 The hemodynamic consequence is that precapillary sphincters

92 kg/m(2) (n=21) was performed to explore the hemodynamic consequences of LRM.

93 sstalk and interdependent mechanisms include hemodynamic consequences such as reduced organ perfusion

94 ed lab-on-chip systems incorporating precise hemodynamic control that can be applied to high-content

95 AND INTERVENTIONS: We prospectively analyzed hemodynamic data from children in the cardiac ICU who re

96 stroke), vascular-targeted therapeutics, and hemodynamic data from other imaging modalities (e.g. MRI

97 Hemodynamic data was available in 1116 (79%) patients.

98 Echocardiographic and hemodynamic data were obtained from 50 patients undergoi

99 Systemic hemodynamic data were recorded during the examinations.

100 thromboembolism, mechanical ventilation, or hemodynamic decompensation needing inotropic or mechanic

101 ive) PE comprises those who have experienced hemodynamic decompensation with hypotension, cardiogenic

102 arts, at baseline and in response to reduced hemodynamic demands of hibernation or pathogenic HCM var

103 In the lung, hemodynamic derangements lead to the development of abno

104 Because ACLF patients have greater hemodynamic derangements than patients with decompensate

105 Heart failure is characterized by pathologic hemodynamic derangements, including elevated cardiac fil

106 Unstable VT was defined by hemodynamic deterioration with an intrinsic mean arteria

107 tive review, we discuss the conventional and hemodynamic diagnosis of gastric varices concerning new

108 able neurologic outcome was more likely with hemodynamic-directed cardiopulmonary resuscitation (7/10

109 Hemodynamic-directed cardiopulmonary resuscitation impro

110 vention have targeted neurohormonal axes and hemodynamic disturbances in HF.

111 d to impart high accuracy in resolving tumor hemodynamics during bevacizumab therapy in two types of

112 n also enables characterization of non-tumor hemodynamics (e.g. brain), other preclinical disease mod

113 o compare the acute electrophysiological and hemodynamic effects of LVs with BiV and His bundle (HB)

114 jective of this study was to investigate the hemodynamic effects of mild therapeutic hypothermia in p

115 of blood pressure, in marked contrast to the hemodynamic effects of propofol.

116 res to mitigate the loss of the hormonal and hemodynamic effects of the LAA may increase the therapeu

117 and have the added advantage of defining the hemodynamic effects of valvular or device infection.

118 Measurements of hemodynamics, electrocardiography, biochemistry, blood g

119 vestigated for the first time the integrated hemodynamic, endocrine, and renal effects of phosphodies

120 inical HF and that a comprehensive pulmonary hemodynamic evaluation may identify pulmonary vascular p

121 omics) program undergo an extensive invasive hemodynamic evaluation that includes repeated measuremen

122 Invasive hemodynamic evaluation through right heart catheterizati

123 ascending aorta dilatation, suggesting that hemodynamic factors influence aortopathy.

124 of preoperative arterial diameter and other hemodynamic factors on AVF maturation is needed.

125 ns of preoperative vascular measurements and hemodynamic factors with unassisted AVF maturation (succ

126 for the degree of AKI, suggesting a role for hemodynamic factors, such as aggressive fluid management

127 y, respiratory failure, hepatic failure, and hemodynamic failure; multiple organ failure was defined

128 phants, whereas Notch, which is regulated by hemodynamic forces and participates in valvulogenesis, w

129 toring devices do not measure the effects of hemodynamic forces that contribute significantly to coag

130 ength and arterial remodeling in response to hemodynamic forces.

131 SGLT2 inhibitors improve glomerular hemodynamic function and are thought to ameliorate other

132 euroscience tools, including high-resolution hemodynamic functional imaging, focused ultrasound neuro

133 Standardized measures of spirometry, hemodynamics, functional capacity, and markers of inflam

134 Understanding temporal and spatial hemodynamic heterogeneity as a function of tumor growth

135 en gas; and (v) frequency domain analysis of hemodynamic heterogeneity in the TME.

136 These rats were then characterized at the hemodynamic, histological, electrophysiological, and mol

137 The physiological processes underlying hemodynamic homeostasis can be modulated by muscle activ

138 However, hemodynamic imaging techniques lack the temporal resolut

139 l oxygenation and should be monitored during hemodynamic imaging, such as in BOLD fMRI.

140 dilators that induce responses detectable by hemodynamic imaging; they are constructed by combining v

141 nce, a low Dl(CO), and severe functional and hemodynamic impairment.

142 atecholamines (P<0.05 versus baseline) while hemodynamics improved.

143 Significant hemodynamic improvement after PA-targeted therapy was ob

144 LVs pacing provides short-term hemodynamic improvement and electrical resynchronization

145 gioplasty resulted in sustained clinical and hemodynamic improvement with no increased risk of mortal

146 ted with Kaplan-Meier analysis, clinical and hemodynamic improvement, quality of life, target limb am

147 While BPA may offer greater functional and hemodynamic improvements, this technique carries the acc

148 reperfusion time as a monitoring device for hemodynamics in critically ill children.

149 ental pathways, valve cell heterogeneity and hemodynamics in determining the structure and function o

150 into the clinical manifestations of altered hemodynamics in HCM.(C) RSNA, 2020.

151 rstanding of the mechanisms by which altered hemodynamics in heart failure affect the lungs and kidne

152 d cardiac and respiratory motion-resolved 3D hemodynamics in less than 8 minutes.

153 Strategies to improve postprocedural hemodynamics in mitral ViV and ViR should be further exp

154 Functional HEmodynamics in patients with and without Renal Artery s

155 dict the effects of physiological factors on hemodynamics in patients with coarctation of the aorta.

156 sporter-2 inhibitor empagliflozin on central hemodynamics in patients with HF and HFrEF.

157 pulmonary vasodilators both improve 6MWD and hemodynamics in patients with inoperable CTEPH.

158 2018;9;5364) imaged brain-wide hemodynamics in rats during wakefulness and sleep.

159 Demonstrating high-throughput monitoring of hemodynamics in the awake brain, we expect Bessel TPLSM

160 extended Bessel focus, we capture volumetric hemodynamics in the awake mouse brain at a spatiotempora

161 d vascular remodeling and improved pulmonary hemodynamics in two independent trials in Sugen5416 + hy

162 way in which they intend to improve central hemodynamics, increase renal perfusion, remove salt and

163 Emerging applications of CCTA based on hemodynamic indices and plaque characterization may prov

164 racteristics of hemoglobin, to acquire tumor hemodynamic information, while ultrasound (US) imaging p

165 atients with severe injuries (mean ISS = 23; hemodynamic instability = 70%; hospital/ICU stay = 12 d;

166 Propofol-based sedation may increase hemodynamic instability by decreasing vascular tone and

167 ause of respiratory failure with hypoxia and hemodynamic instability in critically ill patients.

168 cardiomyopathy, ventricular arrhythmias, and hemodynamic instability in the absence of obstructive co

169 atment-refractory electrical storm and their hemodynamic instability prevents emergency catheter abla

170 own source, post surgical); patient factors (hemodynamic instability, coagulopathy, multi-organ failu

171 ort with electrocardiographic changes, acute hemodynamic instability, newly recognized left ventricul

172 and mortality is mediated by fluid balance, hemodynamic instability, or low potassium or phosphate b

173 and knowledge of its imaging appearance and hemodynamics is essential in diagnosis and treatment pla

174 f each module for characterizing the in vivo hemodynamic landscape of an orthotropic breast cancer mo

175 w toolkit called HemoSYS for quantifying the hemodynamic landscape within angiogenic microenvironment

176 r (LRM) in the presence of elevated P(PL) on hemodynamics, left and right ventricular pressures and p

177 mice, or even when hearts were subjected to hemodynamic loading.

178 Changes in brain hemodynamics may be associated with the main clinical AD

179 ring of continuous renal replacement therapy hemodynamics may facilitate remedial actions to improve

180 This finding raises the possibility that hemodynamics may play a role in the context of this vasc

181 All subjects with hemodynamics measured by right heart catheterization wit

182 Peripheral hemodynamics, measured via the blood volume pulse and va

183 Moreover, hemodynamic measurement revealed improved cardiac contra

184 We tested this hypothesis with hemodynamic measurements (intrinsic-signal optical imagi

185 We performed hemodynamic measurements in 34 patients undergoing renal

186 ary embolism and after each dose by invasive hemodynamic measures, transesophageal echocardiography,

187 he use of echo Doppler to estimate pulmonary hemodynamic measures, which may lead to misclassificatio

188 Analyses of variance compared hemodynamic metrics, respiratory-induced hepatic motion,

189 Standardized approaches to hemodynamic monitoring in these patients can improve dec

190 atients with CS can be guided effectively by hemodynamic monitoring with a pulmonary artery catheter

191 Ambulatory hemodynamic monitoring with an implantable pulmonary art

192 rdiopulmonary exercise testing with invasive hemodynamic monitoring.

193 d, in addition to continuous respiratory and hemodynamic monitoring.Measurements and Main Results: Th

194 Clinical status, portal vein hemodynamics, morphology of the liver, de novo detection

195 ) the initiation and dissolution of distinct hemodynamic niches; (iii) tumor blood flow regulation vi

196 ar assist device (LVAD) therapy improves the hemodynamics of advanced heart failure patients.

197 s a novel research technique to evaluate the hemodynamics of CKD on the basis of direct pressure and

198 In this review, we summarize the hemodynamics of CS and mechanical circulatory support wi

199 We aimed to characterize the detailed hemodynamics of mice with bile duct ligation (BDL)-induc

200 The hemodynamics of the study valves were excellent with low

201 Neuroprotect (Neuroprotective Goal Directed Hemodynamic Optimization in Post-cardiac Arrest Patients

202 ry equipment, maximizing preoxygenation, and hemodynamic optimization; and 3) recognition and managem

203 Exercise hemodynamic or confrontational fluid challenge studies m

204 siology nurse monitored participants for any hemodynamic or rhythm abnormalities.

205 on/perfusion matching, without impairment of hemodynamics or right heart function.

206 Neural slow waves are followed by hemodynamic oscillations, which in turn are coupled to C

207 Then, an attempt to optimize hemodynamic outcome by modifying valve size and orientat

208 uantification of relative changes to retinal hemodynamics over a wide field-of-view in a rodent model

209 Considering hemodynamics over the full range of exercise loads, PCWP

210 meta-analysis, the effects of transfusion on hemodynamic/oxygenation variables in patients without ac

211 Changes in hemodynamic parameters (heart rate, stroke volume, blood

212 mpathetic activity led to the improvement of hemodynamic parameters and mitigated autonomic dysreflex

213 4 hours; secondary end points included other hemodynamic parameters and serial measurements of arteri

214 instrument for measuring blood pressure and hemodynamic parameters from the fingertip.

215 Hemodynamic parameters indicated development of mild ele

216 val and (2) preoperative characteristics and hemodynamic parameters to predict severe and severe acut

217 nificant improvement in functional class and hemodynamic parameters.

218 Its molecular, cellular, neurohumoral, and hemodynamic pathophysiological mechanisms are complex, a

219 refined to include inflow and outflow based hemodynamic pathways.

220 bserved differences in clinical outcomes and hemodynamic performance may guide valve choice in this c

221 factor 2 in Adamts19 knockout mice precedes hemodynamic perturbation, showing that a tight balance i

222 n the skin surface respond to a metabolic or hemodynamic perturbation.

223 Hemodynamic perturbations have widespread effects across

224 In the kidney, hemodynamic perturbations lead to sodium and water reten

225 a 'new' algorithmic approach, established on hemodynamic physiology of gastric varices.

226 There were no early hemodynamic predictors of HALT.

227 index (at daytime and nighttime), the worst hemodynamic profile and exercise performance, increased

228 cular risk in the community and with adverse hemodynamic profiles and future hospitalizations/death i

229 Aortic wall weakness and abnormal aortic hemodynamic profiles predispose these patients to dilata

230 This suggests that despite similar hemodynamic profiles, there may be some disparities in P

231 artery pressure were combined to determine 4 hemodynamic profiles: normal flow-normal pressure, norma

232 range: 56 to 296 AU/year; p = 0.015), faster hemodynamic progression on echocardiography (n = 129; 0.

233 ing on concurrent electroencephalography and hemodynamic recordings, we found a common correlate of c

234 n small retinal vessels in order to maintain hemodynamic regulation in the retina when exposed to vis

235 to precisely and accurately quantify retinal hemodynamics remains an unmet challenge in ophthalmic re

236 erved systolic functions due to compensatory hemodynamic remodeling.

237 Systemic hemodynamic requirements, pharmacological modulators of

238 may select a subset of patients with better hemodynamic reserve.

239 on in cerebral blood flow termed the inverse hemodynamic response (IHR).

240 Neither bleeding incidence nor hemodynamic response is significantly different between

241 Modelling the hemodynamic response to a rich natural sound mixture in

242 ow regulation via local vasomotion; (iv) the hemodynamic response to a systemic perturbation with car

243 etic resonance (CMR) may have a less optimal hemodynamic response to intravenous vasodilator.

244 transplants, p=0.003), and a less pronounced hemodynamic response to regadenoson (mean increase in he

245 The hemodynamic response to regadenoson is less pronounced i

246 dexed using the blood-oxygen-level-dependent hemodynamic response.

247 t cCr treatment is able to partially correct hemodynamic responses and EEG abnormalities, improve cog

248 This study demonstrates improved hemodynamic responses and renal injury without fetal tox

249 s showed increased LPP amplitudes, increased hemodynamic responses in the cognitive control network,

250 provocative testing, including evaluation of hemodynamic responses to exercise is considered.

251 rasound (fUS) technique that enables imaging hemodynamic responses to visual tasks.

252 are verified through electrophysiologic and hemodynamic responses.

253 ther, our findings reveal a potent impact of hemodynamic Rho-YAP mechanotransduction on HE fate, rele

254 g miRNAs, indicating a potentially increased hemodynamic risk for patients with cardiovascular comorb

255 miRNAs), potentially indicating an increased hemodynamic risk, remains elusive.

256 Since hemodynamic shock associated with critical illness and i

257 Hemodynamic signals in the cortex are strongly modulated

258 we monitored neural activity, behavior, and hemodynamic signals in un-anesthetized, head-fixed mice.

259 y, and coherency between neural activity and hemodynamic signals was higher than the awake resting an

260 ed as cessation of bleeding as determined by hemodynamic stability and/or serum hemoglobin level stab

261 After hemodynamic stabilization, patients were randomly assign

262 may remain altered despite apparent systemic hemodynamic stabilization.

263 findings did not correlate with aortic valve hemodynamic status after aortic valve replacement in pat

264 Aortic valve hemodynamic status was not influenced by the presence or

265 uence of donor age, recipient sex, recipient hemodynamic status, and transplant center volume.

266 ment encompasses a complex interplay between hemodynamic stimuli on and changes in the arterial wall.

267 transverse aortic constriction as a model of hemodynamic stress in wild-type and cardiomyocyte-restri

268 l that chronic upregulation of the HBP under hemodynamic stress induces pathological cardiac hypertro

269 Hemodynamic stress is thought to play an important role

270 Hemodynamic study of the target kidney in combination wi

271 cular assist devices (LVADs) provide greater hemodynamic support as compared with intra-aortic balloo

272 % vs n = 3, 8% in controls; p = 0.003), more hemodynamic support by vasopressors (n = 36, 82% vs n =

273 ntricular assist device (LVAD) unloading and hemodynamic support in patients with advanced chronic he

274 rope support, mechanical ventilation without hemodynamic support, and hospitalization alone.

275 Hemodynamic support, categorized as intravascular microa

276 r agent in critically ill patients requiring hemodynamic support.

277 egy was employed in addition to protocolized hemodynamic support.

278 Noninvasive and hemodynamic surrogates of clinical risk identified clust

279 Hemodynamic SVD was determined according to European tas

280 cific tracheal intubation-associated events (hemodynamic tracheal intubation-associated events, emesi

281 fying treatments (or exception requests) and hemodynamic values at listing of a post-policy cohort (D

282 f SVD, that is, the composite of SVD-related hemodynamic valve deterioration during echocardiographic

283 within minutes to any significant change in hemodynamic valve status, making it an accurate marker o

284 ining systemic and microcirculation baseline hemodynamic variables (time 0), we increased noradrenali

285 Since multiple hemodynamic variables can simultaneously exhibit transie

286 rated to describe the progression of cardiac hemodynamic variables observed over one year in the plac

287 Pulmonary and hemodynamic variables were assessed at 6-hour intervals

288 iratory mechanics, alveolar recruitment, and hemodynamic variables.

289 rences in brain volumes and relationships to hemodynamic variables.

290 injection of 12,13-diHOME increased cardiac hemodynamics via direct effects on the cardiomyocyte.

291 ours, despite normal global/macrocirculatory hemodynamics, was associated with death on extracorporea

292 is study, we use an energy-based analysis of hemodynamic waves to quantify the effect of aortic arch

293 of reestablishing serotonergic regulation of hemodynamics, we implanted serotonergic (5-HT(+)) neuron

294 Hemodynamics were clinically similar between grafts and

295 Volumetric intra-aortic hemodynamics were computed from 4D flow MRI only within

296 Hemodynamics were evaluated at baseline, after pulmonary

297 Valve hemodynamics were excellent (mean gradient, 8.8+/-3.6 mm

298 No detectable changes in placental hemodynamics were observed, as determined by ultrasound

299 LVAD patients, in whom hemodynamics were optimized, had a significantly lower r

300 iple variables to characterize the anomalous hemodynamics within the TME.