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Ingen Schenau, D.S. van

( D.S. van Ingen Schenau)


stent polyester diameter artery implantation polymer 4 weeks angioplasty result restenosi pressure polyester stent polyester stents circulation vessel fiber hysteresis-like behavior measurement system cardiology delivery system angiographic wallstent figure reaction cardiol journal angiography percutaneous transluminal catheter steel delivery neointima study serruys pw serruy unconstrained diameter placement media behavior percutaneou giessen lnterventional cardiology vol transluminal neointimal proliferation unconstrained patient interventional release material porcine analysis animal patent follow-up hysteresis-like thickness minute 30 minutes segment 5.3 mm femoral roubin gs layer polymer stent scanning electron microscopy relationship strauss bh stented steel stent histologic van der giessen occlusion femoral arteries electron van beusekom hmm histologic measurements construction metal device




1 Most Recent Publications

Development of a polymer endovascular prosthesis and its implantation in porcine arteries (Article)
Slager, C.J. Beusekom, H.M.M. van Ingen Schenau, D.S. van Huijts, R.A. Schuurbiers, J.C.H. Klein, W.J. de Serruys, P.W.J.C. Verdouw, P.D. Giessen, W.J. van der
1992-01-01