ライフサイエンスコーパス: inflow

1 he perfluoroalkyl acids (PFAAs) in the river inflow.

2 due to a decrease in C(t) with no effect on inflow.

3 veoscleral outflow with increases in aqueous inflow.

4 r volumetric analysis of myocardial contrast inflow.

5 patic resistance and increased portal venous inflow.

6 patic resistance and increased portal venous inflow.

7 artery of the ex vivo lung block to provide inflow.

8 caldera are also not likely to signify magma inflow.

9 l occlusion of the aneurysm with no residual inflow.

10 th a substantially greater role for Atlantic inflows.

11 ck; or by the interplay between outflows and inflows.

12 easurements for PFOS based on North Atlantic inflow (11-36 pg/L) agreed with measurements (mean, 17,

13 rror of the mean]; vs 3.0+/-0.3 for arterial inflow, 4.1+/-0.3 vs 1.9+/-0.3 for arterial outflow, 3.7

14 h (10.2 cm vs. 12.9 cm; p = 0.002), impaired inflow (40.7% vs. 28.8%; p = 0.035), and previous target

15 V underexpansion that was maximal at the THV inflow (85.0 +/- 7.4% vs. 102.5 +/- 6.2%, p < 0.001), in

16 Drugs that decrease inflow (acetazolamide, timolol) or increase outflow faci

17 whereby increased evaporation and decreased inflow act to concentrate solutes into smaller volumes;

18 e between portal venous and hepatic arterial inflow, aggravates the liver damage, and delays the reco

19 River inflow and atmospheric deposition were the dominant inpu

20 ermingled with those that will contribute to inflow and AVC.

21 formed BCRs and thus participates in B cell inflow and fate.

22 The angle of right ventricle/LV inflow and other surrogates of inflow may be important d

23 ion of the Cancion system, which consists of inflow and outflow cannulas and a magnetically levitated

24 (less than 0.08 MPa) pressures and for water inflow and outflow conditions.

25 s into two operational work modes, termed as inflow and outflow control.

26 ystems can be understood by a combination of inflow and outflow controllers.

27 ns about the relative roles of aqueous humor inflow and outflow in conditions with altered IOP.

28 The inflow and outflow limbs of the looped cardiac tube were

29 cause the reductions calculated by comparing inflow and outflow loads may not be relevant at watershe

30 The combined effects of the inflow and outflow maintains a chemical microenvironment

31 e and fluid phase cargo and in balancing the inflow and outflow of membrane and cell surface molecule

32 These data support the hypothesis that the inflow and outflow pathways communicate via soluble agen

33 ceptors (KORs) are localized to cells of the inflow and outflow pathways of the eye and if activation

34 cells into the early developing heart at the inflow and outflow poles.

35 olled by changing the difference between the inflow and outflow pressures during periods of perfusion

36 the x-ray and MR angiograms to determine the inflow and outflow segments for a hypothetical bypass gr

37 nary and pharyngeal endoderm is required for inflow and outflow septation, respectively.

38 rientations suggest optimal left ventricular inflow and outflow shapes of the AML and should be prese

39 by using a strategy consisting of relief of inflow and outflow tract obstructions, resection of endo

40 r, chamber formation, differentiation of the inflow and outflow tracts, and position of the heart rel

41 nate-dependent communicative pathway linking inflow and outflow.

42 nse relationship between intensive care unit inflow and patient outcomes.

43 l be explained by contrast medium volumetric inflow and recirculation physiology.

44 A diastolic left ventricular-inflow and systolic left ventricular-outflow funnel mech

45 ion of the pancreas, maintenance of arterial inflow and the pressure differential between arterial an

46 signatures of reconnection, including plasma inflows and downflows, are unambiguously revealed and qu

47 Activities with relevant water inflows and outflows such as the agrarian sector, textil

48 Modulation of "inflow" and "outflow" pathways is thought to occur via d

49 to decrease aqueous humor secretion (reduce inflow) and NO release to increase aqueous humor drainag

50 jing-Tianjin (with 4.8 tonnes of net mercury inflows) and South Coast (with 3.3 tonnes of net mercury

51 the foramen ovale, 91% had monophasic mitral inflow, and 94% had significant LV dysfunction.

52 luding epithelial water absorption, nutrient inflow, and luminal buffering capacity, and generates te

53 the TAA and foramen ovale, monophasic mitral inflow, and LV dysfunction are predictive of progression

54 d antegrade flow in the TAA, biphasic mitral inflow, and normal LV function.

55 ds to splanchnic hyperemia, increased portal inflow, and portosystemic collaterals formation, which m

56 Sea campaigns, during the preinflow, ongoing inflow, and subsiding inflow of water, respectively, to

57 An ECG-gated three-dimensional multislab MRI inflow angiogram was performed.

58 3 cluster groups was the right ventricle:LV inflow angle (partial R(2)=0.86), defined as the angle b

59 e groups were right ventricle:left ventricle inflow angle, LV width/LV length, left AVV color diamete

60 South Coast (with 3.3 tonnes of net mercury inflows) are two largest net-inflow regions, while North

61 Diameter changes were measured in the inflow arteriole to the group of capillaries after muscl

62 eline), which was not observed in the larger inflow arterioles (100 mum).

63 membrane and a corresponding increase in DA inflow as observed by cyclic voltammetry.

64 Self-movements cause changes to sensory inflow as well as changes in the positions of objects re

65 Tbx1 is required for inflow as well as OFT morphogenesis by regulating the se

66 imaging sequences, and substantially slower inflow, as indicated by time-density curves, owing to th

67 hree readers selected identical segments for inflow at MR angiography and x-ray angiography in 32, 32

68 The inflow at the inlet is duplicated from a fully developed

69 most cells are incorporated into the cardiac inflow (atria and left ventricle) while medially placed

70 d converted into estimates of after-tax cash inflows based on 6 months of additional market protectio

71 The inflow becomes more saline during enhanced freshwater fl

72 flow noninvasively by magnetically labeling inflowing blood.

73 and rotated long-axis views to cover the RV inflow, body, and outflow tract.

74 instance blackwater (r(s) = 0.5) and brewery inflow (both r(s) = 0.6) were mirrored by increases in c

75 a and Thebe may be the remnants of Jupiter's inflowing building blocks that formed in the outer part

76 only to drugs known to reduce aqueous humor inflow but also to drugs that increase aqueous humor out

77 anced Arctic freshwater fluxes, although the inflow can compensate on decadal timescales by becoming

78 ed: 1) pre-pump via thrombus obstructing the inflow cannula (26 events; 0.037 events per patient-year

79 apies have limited efficacy, amelioration of inflow cannula contact with the endocardium and suction

80 as well as the placement and position of the inflow cannula.

81 izes are more preferable due to their higher inflow capacity.

82 e caused by increased Atlantic-sourced water inflow combined with amplified seasonality.

83 nsideration should always be given to venous inflow compression, particularly in those with smaller b

84 mpetition model to show that fluctuations in inflow concentrations of two limiting resources lead to

85 for water quality irrespective of substrate inflow conditions may emit severe problems if the limite

86 low valve regurgitation, 2 with intermittent inflow conduit obstruction, 1 with severe kinking of the

87 how that from 2002 to 2013, the invisible TV inflow contributed, on average, 15% to the total TV sale

88 le and decreased propagation velocity mitral inflow), decreased compliance (shortened mitral A-wave d

89 associated with a delayed relaxation mitral inflow Doppler pattern, P=0.0002.

90 the following: reduced mitral E velocity and inflow duration, mitral E' and E'/A', septal E' and A',

91 Or is it a result of sensory inflow during learning?

92 long-/short-axis function, torsion, volume, inflow dynamics, and early diastolic IVPG derived from C

93 icular septal shift, (2) variation in mitral inflow E velocity, (3) medial mitral annular e' velocity

94 5%; after, 32.2 +/- 0.84%, p < 0.001; mitral inflow E-wave deceleration time before the race, 133 +/-

95 , higher log Z(c) was associated with mitral inflow E/A ratio (beta +/- SE: -0.17 +/- 0.07), diastoli

96 ak left ventricular filling rates and mitral inflow E/A, by 17% (P<0.05) and 24% (P<0.01), respective

97 and late diastolic peak velocities of mitral inflow (E and A) by conventional Doppler, and the mitral

98 al volume index >33 ml/m(2), ratio of mitral inflow early diastolic filling peak velocity to early di

99 The influence of plant presence, species, inflow frequency, and inclusion of a saturated zone and

100 52) and demonstrated the sensory system (SS) inflow from BAT to brain using the anterograde SS-specif

101 which strongly enhances atmospheric moisture inflow from the Atlantic.

102 ing season campaigns may reflect the greater inflow from tributaries and flooding of natural wetlands

103 t of both the SNS outflow to, and receive SS inflow from, interscapular BAT (IBAT) in these separate

104 After TVIV, both the TV inflow gradient and tricuspid regurgitation grade improv

105 geochemical tracers, but sufficient seawater inflow has not been observed to balance this outflow.

106 We find that the inflow has undergone millennial-scale variations in temp

107 based on normalized human outflow (hout) and inflow (hin).

108 Ex vivo FMVD is the reduction in fetal-side inflow hydrostatic pressure (FIHP) following increased f

109 observed data is reproduced best with a net inflow, i.e. with more gene gain than loss.

110 increased calcium currents accompany calcium inflow in glomus cells, but calcium influx may not depen

111 Levobunolol, known to inhibit aqueous humor inflow in humans, slowed decay.

112 genetics caused selective electrical current inflow in the supra-granular layers of V1.

113 volumes and ejection fraction, mitral valve inflow indices (E, A), mitral annular velocity (S, E'),

114 ng durations are used to acquire hemodynamic inflow information and a vessel-selective pulsed-continu

115 nerate the whirlwind flow by heating the air inflow into the circular shed.

116 The arterial inflow is given by the terminal branch of the superior m

117 Portal inflow is modulated by redirecting the portal flow to th

118 tify whether discrete or diffuse groundwater inflow is the dominant control on refugia.

119 lity with subsequent increased portal venous inflow leads to portal hypertension.

120 length, left AVV color diameter at smallest inflow, left AVV color diameter at annulus, right AVV ov

121 Despite these marked changes in LV inflow, M-mode measurements of LV septal and posterior w

122 Like water circling a drain, inflowing mass must lose angular momentum, presumably by

123 ce of two competing processes: the supply of inflowing material to the satellites, and satellite loss

124 ventricle/LV inflow and other surrogates of inflow may be important defining echocardiographic measu

125 n area index and intraoperative portal blood inflow may be negative prognostic factors for MRB outcom

126 The MRSV by MRI was calculated from mitral inflow minus aortic outflow.

127 dissolved inorganic N (DIN) mass reductions (inflow minus outflow) were greater in the Dry Basin than

128 Net economic return (cash inflows minus outflows) and net return-to-costs ratio (n

129 Portal inflow modification (splenic artery ligation, hemiportoc

130 by deafferentation, suggesting that sensory inflow modulates activation of those centrally organized

131 BMVP effectively relieves left ventricular inflow obstruction in most infants and children with sev

132 The UD+SLC group had a decreased duration of inflow occlusion (20 minutes versus 30 minutes, P = 0.01

133 mparing these two modalities with continuous inflow occlusion (control).

134 PST was not correlated with the duration of inflow occlusion (rho-AST=0.20, P<0.01; rho-ALT=0.18, P<

135 atients, in patients with longer duration of inflow occlusion (up to 60 minutes), and in cases of low

136 Intermittent inflow occlusion and ischemic preconditioning were both

137 ve variables (including procedure performed, inflow occlusion and its duration, length of surgery, va

138 or liver resection (> bisegmentectomy) under inflow occlusion for at least 30 minutes were randomized

139 e treated at 45 W/4 cm for 9 minutes without inflow occlusion in 11 patients.

140 Determine whether inflow occlusion is correlated with peak-postoperative s

141 olonged period of ischemia) and intermittent inflow occlusion protect the liver against reperfusion i

142 Inflow occlusion reduces blood loss during liver transec

143 for patients undergoing liver resection with inflow occlusion to compare the effects of pharmacologic

144 After 120 minutes of ischemia, intermittent inflow occlusion was associated with better animal survi

145 Inflow occlusion was performed in 58% (intermittent in 3

146 ung patients requiring a prolonged period of inflow occlusion, and in the presence of steatosis, and

147 ping was directly related to power level and inflow occlusion, and indirectly related to lesion diame

148 omparable regarding age, gender, duration of inflow occlusion, and resected liver volumes.

149 ), or no protective intervention (continuous inflow occlusion, n = 17).

150 e used in patients with prolonged continuous inflow occlusion.

151 m; 45 W/4 cm) for 9 minutes with and without inflow occlusion.

152 icantly dependent on power, lesion size, and inflow occlusion.

153 directly related to power, lesion size, and inflow occlusion.

154 can be safely achieved with short periods of inflow occlusion.

155 ing in lesion diameter, duration, power, and inflow occlusion.

156 s achieved using a 4 cm diameter at 60W with inflow occlusion.

157 ergoing a hemihepatectomy with 30 minutes of inflow occlusion.

158 s the main endpoint in prospective trials of inflow occlusion.

159 or-hepatectomy, synchronous-major-procedure, inflow-occlusion and blood-transfusion were independent

160 ling was controlled by adjusting the rate of inflow of blood through an apical cannula and peak press

161 senic mobilization is associated with recent inflow of carbon.

162 vigorous inflow of hotter mantle and subdued inflow of colder mantle beneath the arc due to the tempe

163 d by conflict, widespread insurgency, and an inflow of development assistance.

164 atively unregistered (so-called "invisible") inflow of electrical and electronic equipment (EEE) into

165 urbations in the back-arc result in vigorous inflow of hotter mantle and subdued inflow of colder man

166 in olfactory cortex that appear to gate the inflow of information underlying conscious smell percept

167 ants (-14.8 +/- 0.6 per thousand) due to the inflow of isotopically lighter oil (-27 +/- 0.2 per thou

168 tla have led to the inference of significant inflow of magma into a chamber beneath the caldera, star

169 data sets are continually modified with the inflow of new information.

170 s the combined result of fluctuations in the inflow of resources and their consumption by the most co

171 -QT syndrome type III (LQT3) is an excessive inflow of sodium current during phase 3 of the action po

172 Recent evidence suggests that an anomalous inflow of subtropical waters driven by atmospheric chang

173 chemical tracer was delivered into the fluid inflow of the organism and a carbon fiber microelectrode

174 routinely simplified as a smooth, spherical inflow of very hot gas.

175 Inflow of water and associated landsliding cut a deep, 2

176 ns in the cell membrane, which creates a net inflow of water and ions at the cell leading edge and a

177 the preinflow, ongoing inflow, and subsiding inflow of water, respectively, to the central basin.

178 y divergent rates of turnover, and show that inflows of new cells sourced from the naive pool strongl

179 Episodic inflows of oxygenated saline water from the North Sea te

180 ture was shorter-lived than disturbance from inflows of terrestrial materials.

181 air for AAA is limited by endoleak caused by inflow or outflow malapposition.

182 ivo, flow was occluded at either the cardiac inflow or outflow tracts, resulting in hearts with an ab

183 ion of outflows of the in-use stock based on inflow or stock data and a lifetime distribution functio

184 eater than 6.5 to 7 cm, a restrictive mitral inflow, or pulmonary hypertension (peak tricuspid regurg

185 rative inotrope requirements, arrhythmias or inflow/outflow cannulae-related complications.

186 then the Monod model provided time-dependent inflow/outflow fluxes to constrain the mini-FBAs to prof

187 Therefore, congenital or acquired left-heart inflow/outflow obstructive lesions and congenital cardio

188 ghlight the importance of lateral hydrologic inflows/outflows in wetland carbon budgets, especially i

189 milar in the population with a normal mitral inflow pattern and those with a slow relaxation pattern

190 res in all patients, including a restrictive inflow pattern in 8 (40%).

191 and a structurally abnormal MV, abnormal MV inflow pattern, restrictive/intact atrial septum, retrog

192 bles is the presence of a restrictive mitral inflow pattern.

193 FA versus 27.9 +/- 1.3 PM, FS%), and mitral inflow patterns consistent with diastolic dysfunction (1

194 ed approximately 1.7-1.9 times higher Ca(2+) inflow per AZ area in high Pr boutons synapsing onto par

195 s measured with caval subtraction and direct inflow phase-contrast MR imaging (mean difference, -1.3

196 However, the fate of dissolved inflow phosphorus concentrations in these systems is unk

197 agnesium decreased rapidly within 2 m of the inflow point of the 10-m-long ( approximately 1.5 m(2))

198 dia depth, inflow volume (loading rate), and inflow pollutant concentrations.

199 or cells (CTCs) were detected in the hepatic inflow (portal venous blood [PVB]) and outflow compartme

200 Recent efforts into the inflow position and regurgitant lesions, with transcathe

201 -score >/=7.7, LV ejection fraction <39%, LV inflow propagation velocity (color M-mode) z-score <-0.2

202 ents with reestablished physiological portal inflow (PVT: physiological group; n = 149), 123 underwen

203 ional (3D) slices to calculate peak contrast inflow rate (PCIR).

204 Different process parameters (inflow rate, rotation speed) were applied for optimizing

205 atio of basal misfolded to bystander protein inflow rates can trigger the threshold behavior in prote

206 An imbalanced evaporation-to-inflow ratio (E/I) was the most likely mechanism behind

207 tes with the cytosolic glucose and net water inflow recommences.

208 rical temperature (1927-2012) and freshwater inflows records into the estuary (1955-2012), we determi

209 t, with higher values being found toward the inflow region.

210 of net mercury inflows) are two largest net-inflow regions, while North (with 5.3 tonnes of net merc

211 st MR imaging PV and proper hepatic arterial inflow; reproducibility was measured after 7 days.

212 g in a chemostat with fixed washout rate and inflow resource density.

213 hed mercury (Hg) flux was calculated for ten inflowing rivers and the outlet for Lake Ontario using e

214 (PKA) stimulation the amplitude of the Ca2+-inflow signal (deltaF(Tot)) corresponded to the arithmet

215 h effect was produced exclusively by calcium inflow since it was eliminated in 0[Ca2+]o+EGTA.

216 For experiments with Ag-NPs suspended in the inflow solution, the percentage of applied Ag-NPs retain

217 ed as Doppler left ventricular outflow minus inflow stroke volume.

218 comparison with the time to onset of mitral inflow (T(Ea-E)) for the assessment of left ventricular

219 Inflow temporal resolution of 200 msec was demonstrated,

220 ambient rhythms in sensory regions, sensory inflow tends to be rhythmic; third, attentional manipula

221 20 s interval, which may suggest an arterial inflow that initially exceeded leg vasodilatation.

222 nd quantitatively investigate this invisible inflow, this study discusses the nature of this flow in

223 arries weakly but finitely perturbed laminar inflow through gradual rather than abrupt transition arr

224 Ca2+ stores leads to the activation of Ca2+ inflow through store-operated Ca2+ channels.

225 stuaries, owing to constant changes in river inflows, tides, wind, and water height, all of which com

226 The size of the invisible inflow to a domestic market (assumed equal to invisible

227 nd salinity changes of a substantial surface inflow to a region of deep-water formation throughout th

228 or in splanchnic vasculature promotes portal inflow to contribute to development of portal hypertensi

229 a based reconstruction of variability in CDW inflow to the Amundsen Sea sector, the most vulnerable p

230 This first estimation of the invisible EEE inflow to the domestic market can be improved with addit

231 y state flows for phenylalanine and tyrosine inflow to the gland, outflow from it and bypass, and flo

232 Management of portal inflow to the graft in patients with spontaneous splenor

233 nd renal venous blood assuring a good portal inflow to the graft.

234 anatomic bypass procedure is used to provide inflow to the renal and mesenteric arteries followed by

235 working' myocardium, as opposed to a fate as inflow tract (ostial) cells.

236 injection causes dilation of the atrium and inflow tract and compromised blood circulation.

237 ate the mesoderm lineages within the cardiac inflow tract and lung including cardiomyocytes, pulmonar

238 Intermediate inflow tract anomalies occurred in a higher percentage o

239 symmetrical formation of the PE on the right inflow tract is a conserved feature of many vertebrate e

240 is expressed specifically in the developing inflow tract mesoderm, which generates portions of the a

241 low tract valvulogenesis, cardiac septation, inflow tract morphogenesis, as well as abnormalities in

242 which PECs migrate along the surface of the inflow tract to reach the ventricles.

243 crest, secondary heart field, outflow tract, inflow tract, and anterior parasympathetic plexus.

244 ds, branchial arches, cardiac outflow tract, inflow tract, and splanchnic mesoderm.

245 inner curvature, atrioventricular canal and inflow tract, corresponding to a myocardial zone that is

246 act (OFT) and right ventricle as well as the inflow tract, dysplasia of the OFT and atrioventricular

247 In the inflow tract, Hh-receiving progenitors migrated from the

248 ss (heg) exhibit severely dilated hearts and inflow tracts and a complete absence of blood circulatio

249 by complex malformations of the outflow and inflow tracts, defects in cardiac septation, heart posit

250 ntly restricted to cells forming the cardiac inflow tracts.

251 dial cells defined the location of ostia, or inflow tracts.

252 iogenesis, a median decrease of 34.4% in the inflow transfer rate constant (P = .003), 15.0% in the b

253 The inflow, transformation, and attenuation of natural stero

254 l that correctly identified 11 patients with inflow valve regurgitation, 2 with intermittent inflow c

255 nations performed, 11 documented severe LVAD inflow valve regurgitation.

256 bore as compared with the aorta and develops inflow valves (ostia) that allow the pumping of hemolymp

257 asts, which in the heart region develop into inflow valves (ostia).

258 ased ratio of early to late diastolic mitral inflow velocities (E/A <1.0) reflects slowing of left ve

259 yzed pre- and postoperative diastolic mitral inflow velocities and right heart hemodynamic data in 39

260 hitecture, Doppler assessment of ventricular inflow velocities, and direct measurement of ventricular

261 An algorithm integrating mitral inflow velocities, RAP, sPAP, and left atrial volume ind

262 itral annular and increased peak late mitral inflow velocities.

263 between the onset of early diastolic mitral inflow velocity (E) and annular early diastolic velocity

264 tants through the analysis of Doppler mitral inflow velocity (E-wave) contours.

265 V) mass index and ratio between early mitral inflow velocity and mitral annular early diastolic veloc

266 duced increase in ratio between early mitral inflow velocity and mitral annular early diastolic veloc

267 ped LV (sphericity index, <1.5) and a mitral inflow velocity E wave/A wave ratio of less than 1.0 exh

268 brillation or flutter (n=29), all but mitral inflow velocity remained significantly different.

269 nnular velocities, and ratio of early mitral inflow velocity to early diastolic mitral annular veloci

270 a passive transmitral left ventricular (LV) inflow velocity to tissue Doppler imaging velocity of th

271 y 1-U increase in the passive transmitral LV inflow velocity to tissue Doppler imaging velocity of th

272 at an increase in the passive transmitral LV inflow velocity to tissue Doppler imaging velocity of th

273 unced in advanced NYHA classes (early mitral inflow velocity/early diastolic mitral annular velocity;

274 However, pre-LTx elevation of early mitral inflow velocity/mitral annular velocity (P=0.02), increa

275 Early mitral inflow velocity/mitral annular velocity greater than 10

276 atriuretic peptide (p < 0.001), early mitral inflow velocity/mitral peak velocity of late filling (p

277 Pre-BAVP early diastolic mitral inflow velocity/tissue Doppler early diastolic velocity

278 S2O4-induced calcium increase, implying some inflow via other (N, T or P/Q) voltage-dependent or volt

279 Simulating equilibrative glucose inflow via the narrow external orifice of GLUT2 raises v

280 na contracta width on apical and parasternal inflow views.

281 ies), filter media type, filter media depth, inflow volume (loading rate), and inflow pollutant conce

282 Days of high patient inflow volumes to the unit were associated significantly

283 c Meridional Overturning Circulation (AMOC), inflowing warm Atlantic Layer water, ice sheet, sea-ice

284 Although there is enough heat contained in inflowing warm Atlantic Ocean water to melt all Arctic s

285 Measured intraoperative portal blood inflow was the only significant clinical factor affectin

286 The inflowing water caused the removal of total mercury by 6

287 ngly associated with super-cooled freshwater inflow, we further hypothesize that sedimentary diene II

288 ime (MTT), and portal fraction (PF) of blood inflow were calculated.

289 ate phosphorus (PP) concentrations in runoff inflow were significantly reduced compared to outflow du

290 ific feature of impaired portal venous blood inflow, whatever the cause, or a feature of severe syste

291 creased imbalance of evaporation relative to inflow, whereby increased evaporation and decreased infl

292 patic resistance and increased portal venous inflow, which in turn is the result of splanchnic vasodi

293 atening complications because of poor portal inflow, which may be prevented or cured by their closure

294 estibular hypertonicity causes osmotic water inflow, which raises vestibular hydrostatic pressure and

295 Significant increase of portal venous inflow with a concomitant decrease in HAP was observed i

296 er mammalian species, reducing aqueous humor inflow with acetazolamide lowered IOP and administering

297 The pre-rotation vanes can provide the air inflow with angular momentum.

298 r and conduit function were quantified as RA inflow with the tricuspid valve closed versus open, resp

299 nally, the average share of the invisible TV inflow would change from 15% to 27% when an unadjusted c

300 CH4 saturation was higher in inflow zones than in the main body.