ライフサイエンスコーパス: stenosed

1 All five TIPS stenosed 3 to 23 months after placement, with recurrent

2 d en face examinations of the experimentally stenosed abdominal aorta in rats show high levels of pho

3 nation of rat aortic arch and experimentally stenosed abdominal aorta revealed high HDAC-2/3/5 levels

4 nd in the human, being more prominent in the stenosed adult human central canal.

5 ast enhancement, the ratio between AI in the stenosed and normal bed was 0.44+/-0.23, which was simil

6 VI) disparity in myocardial beds supplied by stenosed and normal coronary arteries can be used to qua

7 ntion remains important for the treatment of stenosed and occluded arteries leading to organ ischaemi

8 nce platelet responses to vascular injury in stenosed and partially occluded arteries, a detailed des

9 ardial SD/left ventricular blood pool SD) in stenosed and remote territories, and then compared with

10 a biomimetic microfluidic device consisting stenosed and tortuous arteriolar vessels would analyze b

11 In 8 stenosed animals with a mean fractional flow reserve of

12 y flow reserve at base line was lower in the stenosed arteries (1.26+/-0.26) than in the reference ar

13 platelet thrombus formation in mechanically stenosed arteries and the increase in shear required to

14 microfluidic device that mimics a network of stenosed arteriolar vessels, permitting evaluation of bl

15 ted with composite FFR of the left main plus stenosed artery (r=-0.31; P<0.001) indicating that this

16 e expansion tests and within healthy and 70% stenosed artificial arteries.

17 normality that can be induced in an adjacent stenosed bed.

18 AI) plots were generated from the normal and stenosed beds and myocardial blood flow (MBF) was measur

19 7 adult male New Zealand White rabbits were stenosed bilaterally to achieve a diameter reduction of

20 stoperative biliary strictures in 123 (31%), stenosed biliary-enteric anastomoses in 79 (20%), and bi

21 dial artery aortocoronary bypass grafts to a stenosed branch of the circumflex coronary artery have a

22 radial artery or saphenous vein grafted to a stenosed branch of the native left circumflex coronary a

23 d flow from territories supplied by severely stenosed coronary arteries to those supplied by less dis

24 and calcified plaques were added to simulate stenosed coronary arteries.

25 ng with exercise-induced vasoconstriction of stenosed epicardial segments and dilatation of normal se

26 In stenosed femoral arteries that were treated with gel wit

27 sified as completely occluded, significantly stenosed (>/=50%), or patent (<50% stenosis).

28 The SVC was occluded in 31 cases and stenosed in 28.

29 coronary artery (LAD)-fed myocardium and the stenosed LCX-fed myocardium.

30 gree of stenosis (moderately versus severely stenosed lesions).

31 shear forces acting on the platelets in the stenosed lumen and the presence of multiple, input stimu

32 elet thrombus formation were observed in the stenosed lumen.

33 on the flow of deformable red blood cells in stenosed microvessels.

34 Conditioned media from both stenosed (n = 3) and nonstenosed (n = 3) TIPS-derived en

35 88%) P <.01 proliferation of SMCs from both stenosed (n = 3) as well as nonstenosed TIPS (n = 3).

36 t change in stenosis for large segments >50% stenosed (p = 0.048).

37 ty and to recanalize chronically occluded or stenosed postthrombotic or nonthrombotic veins in sympto

38 stenosed region, and eccentricity of the non-stenosed region were calculated for virtual monoenergeti

39 M) of the stenosis, Dice score (DSC) for the stenosed region, and eccentricity of the non-stenosed re

40 plex coronary bifurcation lesions with large stenosed SBs, there is no difference between a provision

41 association of the SD ratio with MBF in the stenosed territory (R = 0.98, p = 0.001) and between reg

42 eudotumor cerebri because placing a stent in stenosed venous sinuses is a novel treatment option in p

43 Myocardial SD was 92.3 +/- 39.5 HU in stenosed versus 180.4 +/- 41.9 HU in remote territories

44 During hyperemia, VI ratios from the stenosed versus normal beds correlated with radiolabeled

45 use of fluorescent microspheres) ratios from stenosed versus normal beds was stronger by power Dopple

46 Mean MBF in stenosed versus remote territories was 1.37 +/- 0.46 ml/

47 combined FFR of the left main and downstream stenosed vessel) was </=0.50.

48 al lesion was in the proximal portion of the stenosed vessel, and the epicardial FFR (combined FFR of

49 Adversely, elevated forces in stenosed vessels lead to an increased risk of VWF-mediat

50 blood cells, caused by geometric focusing in stenosed vessels, is observed to play a major role in th

51 ns supplied by nonstenotic and significantly stenosed vessels, respectively (p < 0.001).

52 For localization of stenosed vessels, visual and quantitative sensitivity va

53 n order of magnitude higher than that in non-stenosed vessels.

54 crease by several folds when compared to non-stenosed vessels.

55 shunts were patent after 3 weeks; both were stenosed with luminal narrowing of more than 50% in the