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1 nspositions, 6 renoportal anastomoses, and 1 arterialization).
2 e inflammatory cells that follows vein graft arterialization.
3 n linked to vessel maturity, we investigated arterialization.
4 ory response in a canine model of vein graft arterialization.
5 ta provide insights into miRNA regulation of arterialization and highlight the importance of vascular
6 al malignancy are associated with increasing arterialization and loss of portal blood supply; therefo
7 tudies suggest the role of Alk1 signaling in arterialization and remodeling of arteries.
8       Thus, this novel mouse model of venous arterialization displays anatomical and cellular feature
9    Although the anatomical changes of venous arterialization have been well characterized, the molecu
10  and may lead to novel approaches to improve arterialization in human disease.
11 ts (AHCs) provide an effective technique for arterialization in liver transplantation (LT) when the n
12     Here, we present a novel model of venous arterialization in mice wherein the external jugular vei
13  suggesting that Notch can no longer promote arterialization in the cardinal vein during this develop
14 ediated vascular defects were accompanied by arterialization, including ectopic venous expression of
15         This treatment effectively abolished arterialization-induced ERK-1/2 activation, decreased me
16         Percutaneous in situ coronary venous arterialization is in its infancy, but may be able to tr
17                The vascular injury caused by arterialization is responsible for vein graft intimal hy
18                  Percutaneous in situ venous arterialization may be an effective therapy for diffuse,
19 niques (portacaval hemitransposition, portal arterialization, multivisceral transplantation) are asso
20                                       Venous arterialization occurs when a vein segment is transposed
21 by inhibiting Notch signaling and subsequent arterialization of endothelial cells, yet nothing is kno
22 tion of proangiogenic/tip cell gene sets and arterialization of hepatic vessels at the expense of LSE
23 tudy to evaluate the effect of transcatheter arterialization of the deep veins in patients with nonhe
24                                Transcatheter arterialization of the deep veins is a percutaneous appr
25                                Transcatheter arterialization of the deep veins was performed successf
26                  We found that transcatheter arterialization of the deep veins was safe and could be
27 supported and survive using the technique of arterialization of the venous network.
28 gy revealed severely dilated lymphatics and "arterialization" of the pulmonary veins in those with th