Zobrazeno 1 - 5
of 5
pro vyhledávání: '"Z C, Possis"'
Autor:
E I Protonotarios, Robert G. Dutcher, Mark L. Jenson, Z C Possis, William J. Drasler, Gregory J. Wilson, J M Thielen
Publikováno v:
Radiology. 182:263-267
The authors present a percutaneous thrombectomy system (rheolytic thrombectomy catheter [RTC]) in which high-velocity jets of saline solution are used to lyse and remove thrombus. The catheters (4-6 F) direct a 10,000-15,000-psi (0.7-1.05 x 10(5)-kPa
Autor:
W J, Drasler, G J, Wilson, M D, Stenoien, M L, Jenson, S A, George, R G, Dutcher, Z C, Possis
Publikováno v:
ASAIO journal (American Society for Artificial Internal Organs : 1992). 39(2)
A new composite vascular graft was developed using electrostatic spinning technology. The graft is primarily microfibrous polydimethylsiloxane spun onto a mandrel; a small diameter polyester yarn provides additional strength while minimizing wall thi
Autor:
Emmanuil I. Protonotarios, Joseph M. Thielen, Mark L. Jenson, Robert G. Dutcher, Z C Possis, William J. Drasler, Gregory J. Wilson
Publikováno v:
Angiology. 42(2)
A method for plaque dissolution has been identified that percutaneously delivers a pulsatile high-velocity stream of saline to the site of an atheromatous lesion within a coronary or peripheral artery. In vitro evaluation and in vivo canine and porci
Autor:
W J, Drasler, G J, Wilson, M L, Jenson, P, Klement, S A, George, E I, Protonotarios, R G, Dutcher, Z C, Possis
Publikováno v:
ASAIO transactions. 36(3)
Vascular access grafts can produce venous and puncture site stenosis, and excessive shunted flow. A vascular access graft that controls the shunted flow at 500-650 ml/min by venturi flow resistance, and offers the potential for reduced venous stenosi
Autor:
W J, Drasler, M L, Jenson, S A, George, E I, Protonotarios, R G, Dutcher, P E, Duncan, Z C, Possis
Publikováno v:
ASAIO transactions. 34(3)
Synthetic vascular grafts for coronary bypass (3-4 mm inner diameter [ID], 40-100 ml/min) continue to fail despite success in high flow peripheral applications. A unique method is presented that uses a fluid dynamic approach to improve patency. A lar