ライフサイエンスコーパス: arteriolar

1 GDM was associated with a series of retinal arteriolar abnormalities, including narrower caliber, re

2 Gomez equations were used to estimate arteriolar afferent resistance, efferent resistance (RE)

3 function was quantified by measuring maximum arteriolar (aMax) and venular dilation (vMax) of retinal

4 nge of adjustment, increasing diameter (8.5% arteriolar and 21% total venous area) with hypoxia (40 m

5 O2; P < 0.001) and decreasing diameter (6.9% arteriolar and 23% total venous area) with hyperoxia (50

6 suggest that TMEM16A plays a general role in arteriolar and capillary blood flow and is a promising t

7 y functionally restores the perfusion at the arteriolar and capillary level and wall shear stress in

8 e metabolic syndrome has focused on arterial/arteriolar and capillary levels, investigation into venu

9 l microscopy, we found that after mesenteric arteriolar and carotid artery injury, Slit2 delayed vess

10 Central retinal arteriolar and central retinal venular equivalents (CRAE

11 The authors assessed retinal arteriolar and venular caliber for all members of the co

12 t of phenotypic associations between retinal arteriolar and venular calibers and cardiovascular disea

13 Retinal arteriolar and venular calibers are highly heritable and

14 Childhood retinal arteriolar and venular calibers were assessed at the age

15 ee fourths of the covariance between retinal arteriolar and venular calibers within the cohort.

16 ounted for only 5% of the covariance between arteriolar and venular calibers.

17 ic genetic variants influencing both retinal arteriolar and venular calibers.

18 ral pulse wave velocity, and central retinal arteriolar and venular calibers.

19 of skin and muscle microcirculation, retinal arteriolar and venular diameter, and markers for cerebra

20 lood pressure, functional capillary density, arteriolar and venular diameter, and Po2 tension distrib

21 Age modified the effect of retinal arteriolar and venular diameters in relation to HIV stat

22 mputer-assisted techniques to determine mean arteriolar and venular diameters of each eye.

23 icroscopy provided PO(2) measurements at the arteriolar and venular ends of capillaries in the hamste

24 ications are associated with central retinal arteriolar and venular equivalents.

25 Retinal arteriolar and venular oxygen saturation was comparable

26 Retinal arteriolar and venular tortuosity and width.

27 Automated measures of arteriolar and venular tortuosity, area, and width from

28 Arteriolar angiotensin-converting enzyme 2 endothelial e

29 ble distribution of blood flow at successive arteriolar bifurcations in metabolic syndrome creates an

30 We then simulated blood-plasma separation in arteriolar bifurcations with different bifurcation angle

31 is activated by hydrodynamic forces found in arteriolar bleeding to promote hemostasis, whereas uncle

32 ed with marked decreases (mean: 60%) of pial arteriolar blood flow attributable to vasoconstriction a

33 Severe hyalinosis was calculated to reduce arteriolar blood flow to 20 +/- 34% of normal.

34 To evaluate arteriolar blood flow, red blood cell velocity was measu

35 showed that cocaine interrupted CBF in some arteriolar branches for over 45 min and this effect was

36 f; 95% CI: -0.02 Df, -0.001 Df;), and larger arteriolar branching angle (1.8 degrees ; 95% CI: 0.3 de

37 , 12.8) and had significantly larger retinal arteriolar branching angle (10.1 degrees, 95% CI: 1.4, 1

38 ther adjusting for traditional risks of GDM, arteriolar branching angle remained significantly larger

39 ions reveal WSS profiles dependent on artery/arteriolar branching angles.

40 ese changes did not appear at the 45 degrees arteriolar branching until the flow rate was increased a

41 ted at the proximal fillet of the 90 degrees arteriolar branching.

42 es at 90 degrees and 45 degrees angle artery/arteriolar branching.

43 he highest abundance of omental and parietal arteriolar C1q, C3d, terminal complement complex, and ph

44 Arteriolar C4d deposition may be a pathologic marker of

45 A significant difference in arteriolar C4d score was observed between cases and matc

46 We investigated the significance of arteriolar C4d staining in chronic-active AMR (c-aAMR).

47 ssociated with arteriolar hyalinosis and >=2 arteriolar C4d staining is associated with superior graf

48 This pilot study shows that arteriolar C4d staining is more common in biopsies with

49 ne these findings in more detail to asses if arteriolar C4d staining is truly related to antibody-med

50 dies to better characterize the preferential arteriolar C4d staining may identify a renal compartment

51 of arteriolar hyalinosis (P = 0.004) and >=2 arteriolar C4d staining was independently associated wit

52 Diffuse or focal renal arteriolar C4d staining was more common in subjects with

53 Arteriolar C4d staining was semiquantitatively scored as

54 In the cases, arteriolar C4d staining was significantly associated wit

55 four of 40 (85%) patients with c-aAMR showed arteriolar C4d staining.

56 nal education, mothers with GDM had narrower arteriolar caliber (-1.6 mum; 95% Confidence Interval [C

57 f PPL was associated with thinner outer zone arteriolar caliber (109.7 +/- 26.5mum vs 123.0 +/- 29.5m

58 trol tended to have marginally wider retinal arteriolar caliber (6.0 mum, 95% CI: -0.9, 12.8) and had

59 Wider extended-zone retinal arteriolar caliber (MWa; OR, 3.6 [95% CI, 2.06-6.1], com

60 ke from all sources had a 1.05-microm larger arteriolar caliber (P for trend = 0.012) and a 1.11-micr

61 Thinner outer zone retinal arteriolar caliber (quartile 1) was more common in eyes

62 ve disorders tended to have narrower retinal arteriolar caliber (standard deviation score: -0.13, 95%

63 Dietary fiber was related to wider retinal arteriolar caliber and narrower venular caliber, which a

64 significantly associated with wider retinal arteriolar caliber and narrower venular caliber.

65 The retinal arteriolar caliber increased by 5 mum (P < 0.001) and th

66 In contrast, inner zone retinal arteriolar caliber is not associated with these findings

67 al arterioles (0.98-mum narrowing of retinal arteriolar caliber per SD increase in GI, P = 0.01).

68 D(f) and arteriolar caliber were combined to form a retinal vascu

69 In the outer zone, eyes with thinnest arteriolar calibers (quartile 1) were associated with a

70 Haemostasis in the arteriolar circulation mediated by von Willebrand factor

71 We conclude that PD fluids activate arteriolar complement and TGF-beta signaling, which quan

72 for the right eye and 0.8 for the left eye, arteriolar constriction in both eyes, retinal edema in t

73 We found an arteriolar constriction on application of PDPs in the co

74 Similarly, arteriolar constriction with phenylephrine (PE) (10(-5)

75 P epoxygenase expression attenuates afferent arteriolar constrictor reactivity and hypertension-induc

76 Studies have used central retinal arteriolar (CRAE) and central retinal venular (CRVE) cal

77 Seven weeks after ameroid placement, arteriolar density (1.74 +/- 0.210% versus 3.11 +/- 0.36

78 ved reduced fibrosis and increased capillary/arteriolar density along with reduced ventricular remode

79 Ethanol supplementation increased arteriolar density and significantly improved myocardial

80 ne myocardium showed increased capillary and arteriolar density in the ESA group (P<0.01).

81 Arteriolar density increased 3-fold in the infarct area

82 -limb tissue, skeletal muscle blood flow and arteriolar density increased progressively between days

83 Significant increase in arteriolar density was observed 7 days (d) after surgica

84 on group, along with increased capillary and arteriolar density.

85 nt, the greater the reduction was in retinal arteriolar diameter (beta = -8.61; r2 = 0.335; F1,83 = 7

86 S component related to reductions in retinal arteriolar diameter (rp[85] = -0.661; P < .001), and imp

87 significant associations between inner zone arteriolar diameter and retinal NPI overall or in any re

88 By imaging arteriolar diameter changes using 2-photon microscopy in

89 FTY720 delivery enhanced arteriolar diameter expansion and increased length densi

90 ty of PDP isomers in vitro by monitoring the arteriolar diameter in mouse acute brain slices.

91 sex differences prevail in the regulation of arteriolar diameter in response to muscle contractions.

92 of eyes in the thinnest quartile of retinal arteriolar diameter increased with worsening DR severity

93 h MetS had significant reductions in retinal arteriolar diameter relative to adolescents without MetS

94 ted in neurons, we found effects of CO(2) on arteriolar diameter were also attenuated.

95 Effects of inhalation of 5% or 10% CO(2) on arteriolar diameter were greatly attenuated in mice with

96 s were associated with reductions in retinal arteriolar diameter, a proxy for cerebral microvascular

97 Retinal arteriolar diameter, cerebral WM microstructural integri

98 also demonstrated associations with retinal arteriolar diameter, suggesting that the observed WM pat

99 Narrowing of retinal arteriolar diameters is associated with HAART duration a

100 Among cases, retinal arteriolar diameters narrowed with increasing duration o

101 Unadjusted mean retinal arteriolar diameters were 163.67+/-17.69 microm in cases

102 we found wider venular diameters and smaller arteriolar diameters were both predictive of the 16-year

103 is mechanism is likely to play a role in the arteriolar dilatation and impaired vascular reactivity a

104 l shear stress, which increases secondary to arteriolar dilatation downstream.

105 The local arteriolar dilatation produced by contraction of skeleta

106 on measured as flicker light-induced retinal arteriolar dilation and heat-induced skin hyperemia.

107 id abolished SAH-induced eHACSs and restored arteriolar dilation in SAH brain slices to two mediators

108 laxation in mesenteric arteries in vitro and arteriolar dilation in vivo in mice.

109 The model response of the astrocyte to arteriolar dilation is validated with recent in vivo and

110 rog/mL, 60 minutes) significantly attenuated arteriolar dilation to endothelium-dependent NO-mediated

111 grade hyperpolarization that causes upstream arteriolar dilation, increasing blood flow into the capi

112 al increases in neuronal activity with local arteriolar dilation.

113 tive to the simultaneously measured onset of arteriolar dilation.

114 we determined flicker light-induced retinal arteriolar %-dilation (Dynamic Vessel Analyzer), heat-in

115 a glucose were associated with lower retinal arteriolar %-dilation and skin %-hyperemia in fully adju

116 Adjusted analyses showed a lower arteriolar %-dilation in prediabetes (B=-0.20, 95% confi

117 Retinal arteriolar %-dilation was (mean+/-standard deviation) 3.

118 Consistently, mPges-1 deletion depresses the arteriolar dilatory response to I/R in vivo and to acety

119 gh the pathological processes leading to the arteriolar disease are associated with vascular risk fac

120 uence of hypertension, is linked to cerebral arteriolar disease through poorly defined mechanisms.

121 and 21 weeks p.i. HC alone caused temporary arteriolar dysfunction and venular leukocyte and platele

122 t 9 and 12 weeks and endothelium-independent arteriolar dysfunction by 24 weeks.

123 ice under whisker stimulation, we found that arteriolar endothelial cells (aECs) have an active role

124 lular components of the HSC niche, including arteriolar endothelial cells, CXCL12-abundant reticular

125 ricting homeostatic signaling to a subset of arteriolar endothelial cells.

126 we determined the role of Tregs in coronary arteriolar endothelial dysfunction in angiotensin II-dep

127 are important in the development of coronary arteriolar endothelial dysfunction in hypertension.

128 ease, which participates in reduced coronary arteriolar endothelial-dependent relaxation in response

129 We detected APOL1 in the arteriolar endothelium of normal and diseased kidney sec

130 essentially eliminates fluid shear stress on arteriolar endothelium throughout the entire cardiac cyc

131 factor-alpha release, and improved coronary arteriolar endothelium-dependent relaxation.

132 extent to which the glycocalyx is present on arteriolar endothelium.

133 EMPOL-sensitive superoxide production in the arteriolar endothelium.

134 lly associated with narrower central retinal arteriolar equivalent (beta = -2.04; P = .09); beta-bloc

135 calibers were summarized as central retinal arteriolar equivalent (CRAE) and central retinal venular

136 ssel/Background ratio (VBR), Central Retinal Arteriolar Equivalent (CRAE) and Central Retinal Venular

137 cantly associated with wider central retinal arteriolar equivalent adjusting for refraction, photogra

138 Central retinal arteriolar equivalent and central retinal venular equiva

139 ents without MetS (mean [SD] central retinal arteriolar equivalent, 182.35 [16.10] vs. 198.62 [19.03]

140 ssociated with change in the central retinal arteriolar equivalent.

141 OX-1 and CD32 blockade prevented CRP-induced arteriolar expression of plasminogen activator inhibitor

142 distinct en face OCT patterns were observed: arteriolar, fern-like, and globular.

143 t-size elliptic particles were studied under arteriolar flow conditions.

144 Interval [CI]: -3.1 mum, -0.2 mum), reduced arteriolar fractal dimension (-0.01 Df; 95% CI: -0.02 Df

145 In the Lothian Birth Cohort 1936 arteriolar fractal dimension accounted for 4% of the var

146 In the Mild Stroke Study lower arteriolar fractal dimension was associated with deep WM

147 orly controlled diabetes results in impaired arteriolar function before and after CPB.

148 Changes in arteriolar function that are muscle specific underlie ag

149 Retinal arteriolar geometric changes were associated with LAD di

150 markers, endothelium-dependent vasodilation, arteriolar glycocalyx size, and glomerular barrier prope

151 interstitial fibrosis (CI), tubular atrophy, arteriolar hyaline thickening, fibrous intimal thickenin

152 as significantly associated with severity of arteriolar hyalinosis (P = 0.004) and >=2 arteriolar C4d

153 In a subset with 12 biopsy section slides, arteriolar hyalinosis also predicted death-censored graf

154 those without and that it is associated with arteriolar hyalinosis and >=2 arteriolar C4d staining is

155 antation, chronic histologic changes such as arteriolar hyalinosis and mesangial expansion are common

156 with death-censored graft survival, whereas arteriolar hyalinosis and vascular intimal thickening di

157 clerosis, mesangiolysis, microaneurysms, and arteriolar hyalinosis associated with massive proteinuri

158 Severity of arteriolar hyalinosis correlated with contemporaneous gl

159 Arteriolar hyalinosis in kidney transplants is considere

160 We assessed whether arteriolar hyalinosis is caused by Klotho deficiency, a

161 hronic allograft damage index parameters and arteriolar hyalinosis scores was called chronic damage i

162 ubular atrophy, artery luminal stenosis, and arteriolar hyalinosis to measure nephrosclerosis; mean g

163 Arteriolar hyalinosis was detected in Klotho(-/-) mice,

164 the 1-, 5-, and 10-year prevalence moderate arteriolar hyalinosis was similar: CSA was 5.4%, 38.4%,

165 al mesangial matrix increase, 32.0% abnormal arteriolar hyalinosis, and 32.9% abnormal vascular intim

166 chronic Banff scores (interstitial fibrosis, arteriolar hyalinosis, mesangial expansion, etc.) were s

167 proaching nodular glomerulosclerosis), focal arteriolar hyalinosis, mesangiolysis, and focal mild int

168 In the kidney, this results in arteriolar hyalinosis, which contributes to the decline

169 ic allograft damage index parameters and for arteriolar hyalinosis.

170 may play a role in preventing aging-related arteriolar hyalinosis.

171 ry, linking blood flow in capillaries to the arteriolar inflow.

172 Interlobular arteriolar injury was not increased in the kidney expose

173 hypertension, and significant glomerular and arteriolar injury.

174 nd fibrin generation following laser-induced arteriolar injury.

175 orescence microscopy following laser-induced arteriolar injury.

176 t thrombus formation following laser-induced arteriolar injury.

177 target of PTMA, with dominant glomerular and arteriolar involvement.

178 Arteriolar L-arginine and BH(4) content were determined

179 any effect on flow-mediated vasodilatation; arteriolar l-arginine content was also not different bet

180 Associations between arteriolar lesions and presumed risk factors, concomitan

181 e, progression, and clinical significance of arteriolar lesions in 1239 renal transplant sequential p

182 d biopsies for cause in individual patients, arteriolar lesions in renal transplants not only increas

183 However, patients with early arteriolar lesions received grafts from older donors (me

184 Reproducibility of arteriolar lesions was at best moderate (kappa </= 0.62)

185 The frequency of arteriolar lesions was stable during the first 2 years a

186 PH) is characterized by complex precapillary arteriolar lesions, which contain phenotypically altered

187 ar phenotype was more florid, with pulmonary arteriolar luminal obliteration by apoptosis-resistant p

188 terial and venous occlusive disease, retinal arteriolar macroaneurysm formation and embolic events.

189 rwent retinal photography from which retinal arteriolar (mean, 153.75 +/- 22.1 mum, SD) and venular (

190 le esophageal tissue layers with evidence of arteriolar medial thickening and fibrosis of periesophag

191 NET-prone primed neutrophils were present in arteriolar microthrombi.

192 right ventricular hypertrophy and pulmonary arteriolar muscularization in monocrotaline-challenged a

193 animals also exhibited significant pulmonary arteriolar muscularization in response to monocrotaline

194 These results show that TRPV1 in arteriolar myocytes modulates regional blood flow and sy

195 K(+) currents were recorded in single arteriolar myocytes using whole-cell and single-channel

196 R being a mechanosensor that contributes to arteriolar myogenic constriction.

197 n VSMCs and plays an active role in both the arteriolar myogenic response and during changes in vascu

198 Arteriolar myogenic vasoconstriction occurs when increas

199 nancy were associated with childhood retinal arteriolar narrowing (P < 0.05).

200 nce of retinal focal arteriolar signs (focal arteriolar narrowing and arteriovenous nicking) and reti

201 ity is independently associated with retinal arteriolar narrowing and attenuated vascular pulsation a

202 and soft drinks was associated with retinal arteriolar narrowing and venular widening.

203 as a tendency toward bilateral retinal focal arteriolar narrowing being more strongly associated with

204 For all conditions, the arteriolar narrowing was dependent on functional big con

205 Retinal focal arteriolar narrowing, arteriovenous (AV) nicking, and mi

206 Retinal arteriolar narrowing, quantitatively measured from retin

207 Dilatation can ascend the arteriolar network to encompass proximal feed arteries b

208 ypes exhibit heterogeneity among branches of arteriolar networks in a locomotor muscle and that the n

209 ittle is known of AR subtype distribution in arteriolar networks of locomotor skeletal muscles, parti

210 t functional alphaAR subtype distribution in arteriolar networks of skeletal muscle varies with muscl

211 ng vaso-occlusion in sickle mice mediated by arteriolar neutrophil-platelet microemboli.

212 and computational modeling to define a novel arteriolar niche for quiescent HSCs within the bone marr

213 These results thus indicate that arteriolar niches are indispensable for maintaining HSC

214 dent production of vasoconstrictors mediates arteriolar O2 reactivity, with significant regional hete

215 elieved to result from an intrinsic cerebral arteriolar occlusive disease, little is known about how

216 between the groups for glomerular, arterial/arteriolar, or acute interstitial abnormalities.

217 ng arterial walls is driven by low-frequency arteriolar oscillations and suggest that age-related red

218 Our findings suggest that low-frequency arteriolar oscillations drive drainage of solutes.

219 (overall risk, 3.9%), women in the narrowest arteriolar quartile had a 10-year event rate of 5.6% com

220 f cardiopulmonary bypass (CPB) on peripheral arteriolar reactivity and associated signaling pathways

221 mporal influence of hyperglycemia on retinal arteriolar reactivity remains unclear.

222 this review is on local mechanisms modifying arteriolar resistance to match blood flow to metabolism.

223 have a novel function in regulating afferent arteriolar resistance under physiologic conditions.

224 his signalling flexibility in the integrated arteriolar response that underlies functional hyperaemia

225 ar transport rates, and exaggerated afferent arteriolar responses to angiotensin II and endothelin I.

226 riction threshold, switching the polarity of arteriolar responses to vasoconstriction.

227 re, proximal tubular transport, and afferent arteriolar responsiveness via an estrogen-dependent mech

228 reglomerular renal arterioles and mesenteric arteriolar rings.

229 With the exception of microinfarcts and arteriolar sclerosis, all neuropathologies were associat

230 - and microscopic infarcts, atherosclerosis, arteriolar sclerosis, and cerebral amyloid angiopathy),

231 Although the arteriolar segment contributes to flow regulation, there

232 Under arteriolar shear conditions, Vps33b(fl/fl)-ER(T2) platel

233 ays impaired platelet aggregate formation at arteriolar shear rates.

234 evaluated for the presence of retinal focal arteriolar signs (focal arteriolar narrowing and arterio

235 ongest association was found between retinal arteriolar signs and a heavier WMH load, specifically in

236 In older adults, retinal focal arteriolar signs, but not retinopathy lesions, are corre

237 ar risk factors, we found that retinal focal arteriolar signs, but not retinopathy lesions, were sign

238 seases that are characterized by significant arteriolar SMC degeneration.

239 und hypermuscularization of the TS and focal arteriolar SMC loss in brain tissues from patients with

240 uscularization of the TS was attenuated, but arteriolar SMC loss was unchanged in Col4a1(+/G498V), No

241 l and pathological conditions is mediated by arteriolar SMCs.

242 rial SMCs in contrast to diffuse staining in arteriolar SMCs.

243 res that do not overlap with precapillary or arteriolar smooth muscle actin-expressing cells.

244 optogenetics, Hill et al. (2015) report that arteriolar smooth muscle cells are key players in regula

245 llenge known to induce the transformation of arteriolar smooth muscle cells into renin-expressing cel

246 juxtaglomerular cells and the plasticity of arteriolar smooth muscle cells to re-express renin when

247 Contrary to the plasticity of arteriolar smooth muscle cells upstream from the glomeru

248 CNS, we find TRPV1 expression in a subset of arteriolar smooth muscle cells within thermoregulatory t

249 ight be due to longitudinal proliferation of arteriolar smooth muscle cells.

250 By contrast, the ability of arteriolar smooth muscle to dilate to NO donor or contra

251 rstitial fibrosis; and marked hypertrophy of arteriolar smooth muscle.

252 ance, Ca(2+)-activated K(+) (BK) channels in arteriolar smooth muscle.

253 gerated pulmonary eosinophilia and pulmonary arteriolar smooth-muscle hyperplasia compared with PGE(2

254 ocysteinemia-induced alterations in cerebral arteriolar structure and vascular muscle function.

255 R) differentially localize to sinusoidal and arteriolar surfaces, act locally as 'professional cytoki

256 t with early diabetic nephropathy, including arteriolar thickening, tubular dilation and atrophy, glo

257 Monocyte accumulation within developing arteriolar thrombi was visualized by situ microscopy.

258 prevented the stable formation of occlusive arteriolar thrombi.

259 liber increased by 5 mum (P < 0.001) and the arteriolar-to-venular ratio by 0.02 (P < 0.01).

260 ay that couples changes in PO2 to changes in arteriolar tone (the mechanism of action) remain unclear

261 Astrocyte signals can modulate arteriolar tone, contributing to regulation of cerebral

262 P = 0.003) and was associated inversely with arteriolar tortuosity (-2.83 x 10(-5); P = 0.044).

263 icantly associated with increment of retinal arteriolar tortuosity (4.25 x 10(-5) units, 95% Confiden

264 ntraocular pressure (IOP), decreased retinal arteriolar tortuosity (odds ratio [OR], 1.73; 95% confid

265 Congenital mydriasis and retinal arteriolar tortuosity are associated with the life-threa

266 Arteriolar tortuosity increased with age (5.4%; 95% CI,

267 Retinal arteriolar tortuosity might be due to longitudinal proli

268 Each SD increase in apoB was associated with arteriolar tortuosity only (1.75 x 10(-5); P = 0.050).

269 In multivariate analysis, higher arteriolar tortuosity was associated with retinopathy (o

270 Greater retinal arteriolar tortuosity was independently associated with

271 10 OIR model, a model with relevance to ROP, arteriolar tortuosity, and venous dilation are increased

272 All three had prominent retinal arteriolar tortuosity.

273 r rejection episodes, but comparable chronic arteriolar toxicity.

274 uantitatively correlate with the severity of arteriolar vasculopathy.

275 This potentiates an exaggerated afferent arteriolar vasoconstricting response to angiotensin II a

276 st that a neuronal inhibition and concurrent arteriolar vasoconstriction correspond to a decrease in

277 al SI, a blood oxygenation/flow decrease and arteriolar vasoconstriction in the presence of increased

278 agonist SEW2871 each evoked modest afferent arteriolar vasoconstriction.

279 gnificantly attenuated S1P-mediated afferent arteriolar vasoconstriction.

280 < 0.001 for apoAI) and flicker-light retinal arteriolar vasodilatation (0.33%; P = 0.003) and was ass

281 opposes the development of impaired coronary arteriolar vasodilatation during simultaneous high-fat f

282 the integrated muscle contraction-dependent arteriolar vasodilatation is coupled through an endothel

283 ssess endothelium-dependent and -independent arteriolar vasodilation and venular leukocyte and platel

284 Insulin also increases arteriolar vasomotion.

285 in the regenerated capillaries and extensive arteriolar-venular shunting.

286 y 100 ms) was significantly smaller than the arteriolar-venular transit time ( approximately 500 ms),

287 scopic images demonstrated significant brain arteriolar vessel constriction, decreased functional cap

288 retinal imaging showed no thickening of the arteriolar vessel wall whilst OCT angiography showed ext

289 roliferative arteriopathy seen in the distal arteriolar vessels of PAH patients.

290 idic device consisting stenosed and tortuous arteriolar vessels would analyze blood clotting under fl

291 dic device that mimics a network of stenosed arteriolar vessels, permitting evaluation of blood clott

292 ular bone and sinusoidal space and decreased arteriolar volume in this model were associated with dec

293 rombus formation and fibrin generation after arteriolar wall injury in live mice.

294 DI accumulation at the site of laser-induced arteriolar wall injury is markedly reduced in beta3-null

295 uscle cell (SMC) degeneration at the site of arteriolar wall rupture may be sufficient to cause hemor

296 induced signals decaying passively along the arteriolar wall.

297 ROCK2 isoforms were expressed in the retinal arteriolar wall.

298 arrowing from inwards collapse of hyalinized arteriolar walls unable to maintain its structural integ

299 dilated capillaries, hypertensive changes in arteriolar walls, anomalous and misaligned pulmonary vei

300 ic risk factors correlated more closely with arteriolar width, even excluding those with hypertension