Historically, vascular disease has been treated by a combination of open surgical procedures and medical management. Since the first description of a percutaneous procedure to dilate diseased lower limb arteries, the treatment of vascular disease has changed. Endovascular Intervention for Vascular Disease: Principles and Practice offers a diverse and comprehensive review of the current status of endovascular therapy for peripheral vascular disease. Setting a gold-standard in industry, it describes the entire spectrum of current techniques and emerging technologies including aneurysm repair, the management of occlusive disease, and vascular trauma. Providing step-by-step guidance on arterial and venous interventions by anatomical site, the book collects expert discussions on recent clinical trials and procedures for venous disease, reconstruction, and repair. In addition to summarizing the current techniques and available evidence, it discusses likely future advances in the field, taking into consideration both the natural history of the disease and alternative therapies that may involve cell- or gene-based approaches.

Historically, vascular disease has been treated by a combination of open surgical procedures and medical management. Since the first description of a percutaneous procedure to dilate diseased lower limb arteries, the treatment of vascular disease has changed. Endovascular Intervention for Vascular Disease: Principles and Practice offers a diverse and comprehensive review of the current status of endovascular therapy for peripheral vascular disease. Setting a gold-standard in industry, it describes the entire spectrum of current techniques and emerging technologies including aneurysm repair, the management of occlusive disease, and vascular trauma. Providing step-by-step guidance on arterial and venous interventions by anatomical site, the book collects expert discussions on recent clinical trials and procedures for venous disease, reconstruction, and repair. In addition to summarizing the current techniques and available evidence, it discusses likely future advances in the field, taking into consideration both the natural history of the disease and alternative therapies that may involve cell- or gene-based approaches.

1 M. Reihmann, H. Ritter: Synthesis of Phenol Polymers Using Peroxidases.- 2 H. Uyama, S. Kobayashi: Enzymatic Synthesis and Properties of Poylmers from Polyphenols.- 3 P. Xu, A. Singh, D.L. Kaplan: Enzymatic Catalysis in the Synthesis of Polyanilines and Derivatives of Polyanilines.- 4 S. Matsumura: Enzymatic Synthesis of Polyesters via Ring-Opening Polymerization.- 5 H. Uyama, S. Kobayashi: Enzymatic Synthesis of Polyesters via Polycondensation.- 6 S. Kobayashi, M. Ohmae: Enzymatic Polymerization to Polysaccharides.- 7 A. Singh, D.L. Kaplan: In-Vitro Enzyme-Induced Vinyl Polymerization.-