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Redaktion: Henricus J. Duckers, Patrick W. Serruys, Elizabeth G. Nabel
Essentials of Restenosis
For the Interventional Cardiologist
erschienen September 2007 458 Seiten, 112 schw.-w. Abb., 50 schw.-w. Fotos, 62 schw.-w. Zeichn., 38 schw.-w. Tabellen, Gebunden
Springer-Verlag GmbH | ISBN: 1588294919
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| VORWORT | öffnen |
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PrefaceRestenosis remains the major obstacle in the way of the successful clinical outcome of percutaneous coronary interventions and has inspired interventional cardiologists and vascular biologists to study this complex process for the last two decades. In this book we explore the process of restenosis from bench to bedside. First, it will encompass the description of the intricate molecular and genetic basis of restenosis and will translate these findings to histomorphology, animal models, an...
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Contemporary Cardiology™ Series Editor: Christopher P. Cannon, MD • Executive Editor: Annemarie M. Armani, MD Essentials of Restenosis For the Interventional Cardiologist Henricus J. Duckers, MD, PhD Thoraxcenter, Erasmus Medical Center Rotterdam, Rotterdam,The Netherlands Elizabeth G. Nabel, MD The Nabel Lab, Genome Technology branch, NHCRI Division of Intramural Research, National Heart, Lung, and Blood Institute, National Institutes of Health, Rethesda, MD Patrick W. S... [weiter lesen] |
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CONTRIBUTORS ALEXANDRE ABIZAID, MD, PhD • Institute Dante Pazzanese of Cardiology, Sāo Paulo, Brazil TIMO BAKS, MD • Thoraxcenter Rotterdam, Erasmus Medical Center, Rotterdam, The Netherlands MANFRED BOEHM, MD • The Cardiovascular Branch, National Heart, Lung and Blood Institute National Institutes of Health, Bethesda, MD ALAIDE CHIEFFO, MD • San Raffaele Hospital, Milan, Italy CAROLINE CHENG, PhD • Thoraxcenter Rotterdam, Erasmus Medical Center, Rotterdam, T... [weiter lesen] |
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Contents Prefacev Contributorsix List of Color Platesixii PART I. PATHOPHYSIOLOGY AND DIAGNOSIS 1.Unraveling the Complex Process of Restenosis From Bench to Bedside 3 Henricus J. Dückers, Caroline Cheng, Dennie Tempel, and Patrick W. Serruys 2.Epidemiology and Pathogenesis of Restenosis 7 Randolph L. Geary and Alexander W. Clowes 3.Clinical Presentation of Restenosis 29 Ganesh Manoharan, Giedrius Davidavicius, and William Wijns 4.Pathological Anatomy of Restenosis 47 Renu Virmani, Frank D. Kolodgie, Aloke V. Finn, and Herman K. Gold 5.The Influence of Shear Stress on Restenosis 59 Attila Thury, Jolanda J. Wentzel, Frank J. H. Gijsen, Johan C. H. Schuurb... 6.The Immune System in the Pathogenesis of Vascular Proliferative Disease 85 Jon D. Laman and Burkhard Ludewig 7.Animal Restenosis Models: From the Ideal Model to the Ideal Study 131 Arturo G. Touchard and Robert S. Schwartz PART II. GENETIC BASIS OF RESTENOSIS 8.The Genomics of Restenosis 153 Thomas W. Johnson and Karl R. Karsch 9.Gene-Expression Profiling and Restenosis 167 Dietlind Zohlnhöfer and Franz-Josef Neumann 10.Proteomics and Restenosis 175 Santhi K. Ganesh and Elizabeth G. Nabel 11.Contribution of Circulating Progenitor Cells to Vascular Repair and Lesio... Masataka Sata and Kenneth Walsh 12.Cell Cycle Regulators and Vascular Proliferative Diseases 199 Andrew Wragg and Manfred Boehm 13.Arterial Remodeling 213 Gerard Pasterkamp, Bradley H. Strauss, and Dominique de Kleijn 14.The Role of eNOS in Vascular Diseases 227 Alexey Kuroedov, Francesco Cosentino, Felix C. Tanner, and Thomas F. Liisch... PART III. DIAGNOSIS OF RESTENOSIS 15.The Use of Pressure Gradient in the Diagnosis of Restenosis 247 Volker Klaus and Nico H. J. Pijls 16.The Use of Radio Isotopes in the Diagnosis of Vascular-Proliferative Dis... Giedrius Davidavicius, Ganesh Manoharan, and William Wijns 17.Magnetic Resonance Imaging for Restenosis 277 Robert Jan M. van Geuns and Timo Baks 18.Coronary Imaging With Multislice Spiral Computed Tomography 287 Koen Nieman PART IV. THERAPY OF RESTENOSIS 19.Pharmacotherapy of Restenosis 301 Pirn J. de Feyter and Georgios Sianos 20.Brachytherapy 307 Ron Waksman 21.Preclinical Data of Eluting Stents 333 Antonio Colombo and-Alaide Chieffo 22.Clinical Data of Eluting Stents 353 Marco A. Costa, Alexandre Abizaid, Amanda G. M. R. Sousa, and J. Eduardo ... 23.Biodegradable Stents 369 Takafumi Tsuji, Hideo Tamai, and Keiji Igaki PART V. BIOTECHNOLOGY IN THE TREATMENT OF RESTENOSIS 24.Vascular Gene Therapy 379 Gurpreet S. Sandhu and Robert D. Simari 25.Antisense and ODN Transcription Factors in the Treatment of Vascular Pro... Nicholas Kipshidze, Mykola Tsapenko, George Dangas, and Pat Iversen 26.Cell Cycle Approaches to the Treatment of In-Stent Restenosis 407 Elizabeth G. Nabel 27.Local Gene and Cell Delivery Devices 419 Ravish Sachar and Eric J. Topol Index 443
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Index AAAV vectors, 383, 385, 390-392 Abciximab (Reopro®) - BARI data, 9 - EPIC data, 16 as therapy, 304 ABI alloy stents, 280 ABT-578 - DES, 339, 344, 356, 359 Acetylcholine in arterial relaxation, 236 - FActin, response to shear stress, 61 Actinomycin-D DES animal studies of, 342 - clinical studies of, 342, 356, 362 - overview, 56, 333 ACTION study, 342, 356, 362 Adaptive immunity - in atherosclerosis, 109-110 - described, 88-89 - receptors, 88 - regulation of, 115, 116 Adenosine diphosphate in arterial - relaxation, 236 Adenovirus vectors, 208, 379, 383-385, 390 Adhesion molecules. See also specific molecules in atherosclerosis, 200 and SMC hyperplasia, 187, 192 Adipokines described, 106, 107 Advanced glycosylation end products (AGE), 181 Aggressive restenosis, predictors of, 31 AGI 1067, 303 Akt signaling, 229 Aminolaevulinic acid, 220 Aneurysm formation, 21 Angina - pectoris, 262, 266, 272 - recurrent, 279 - unstable, 32, 35, 36 Angiogenesis promotion, eNOS in, 237-238 Angiography - CT, 289 - limitations of, 141, 142, 247-248, 263 - MR, 277 - vs MPI, 265, 272 Angiopeptin DES, 356, 362 Angioplasty - balloon. See Balloon angioplasty - BARI data, 9 - lumen narrowing, mechanisms of, 15 - remodeling following, 19-20, 213-215, 336 - restenosis pathology following, 136 - restenosis rates, average, 8 Angiotensin II, 17, 215 ANGUS technique applications of, 68, 70, 71, 73 - described, 63 Animal models. See also specific animals - of atherosclerosis, 143-144 - drug studies, 139-144 - elastic recoil/remodeling, 139, 140 - gene expression profiling, 170 - of inflammation, 138, 139 - injury response, species-specific, 135-139 - in-stent restenosis, 337 - limitations of, 160-161 - overview, 131-132, 144-145 Antibodies described, 98 Anticoagulants, 16, 17, 138 Antigen presenting cells (APC) - costimulatory molecule interactions, 103 - described, 98, 101-102 Antioxidants, 302-303 Antiplatelet drugs, 16, 48, 312 Antisense oligonucleotides (ODNs) - cellular uptake of, 399 - clinical trials of, 400-402 - delivery systems, 399-400, 420 - rationale, for NIH, 397-398 - SMC proliferation, inhibition of, 398-399 Antithrombotic agents, 138 Apoptosis - p 21 Cipl inhibition of, 410 - in SMCs, 19, 239 - L-Arginine arterial hypertension and, 232-233 as remodeling intervention, 219, 233, 304 Arrhythmia, MSCT imaging of, 292 Arterial hypertension, NO and, 232-233 Arteries - hemodynamic forces acting on, 59-60 - injury documentation issues, 142-143 shear stress, adaptations to, 60-61 Arteriosclerosis, transplant-associated, 187-188 ARTISTIC trials, 310, 312, 317 ARTS-2 study, 355, 365 ASPECT study, 38, 40, 208, 355, 361-362 Aspirin - restenosis prevention study data, 16, 412 - stent thrombosis study data, 40 - subacute thrombosis rates, 40 Asymmetric dimethylarginine (ADMA), 231-232 Atherectomy, 8, 214 Atherosclerosis AAA vs stenotic, 119-121 adaptive immunity in, 109-110 adhesion molecules in, 200 animal models of, 143-144 as inflammatory disease, 86-89, 200 - bone marrow-derived SMC-like cells in, 189-190 - CD 40-CD 154 - pathway, 102-105 - chemokines and, 121, 200 - Chlamydia pneumoniae in, 114, 119 - CRP function in, 118 - cytokines in, 200 and diabetes, 235 - diagnostic imaging, 260-262 - diffuse intimai thickening in, 200 - endothelial cells in, 200 - eNOS and, 233-234 - EPCs and, 202-203 - HCMV in, 113, 119 - Helicobacter pylori in, 114 - hygiene hypothesis, 112-113 - hypercholesterolemia and, 118-119 - immune system involvement, animal models of, 109 - infectious pathogens in, 113, 115-116, 120 - innate immunity in, 109-110 - interleukin-10 - in, 112 - macrophages in, 200 - MHC class II expression in, 101 - mouse models, 115, 116, 189-190, 233-234 - MPI in, 260-262 - MyD 88 - pathway, 90, 91, 95, 104, 115, 116 - nonpathogenic microbes in, 109, 112 - oxLDL as, therapy, 117, 121, 233 - pathogen burden in, 114-115 - peptidoglycan in, 112, 116 - rabbit models, 233 - shear stress in, 62-63 - T-cells in, 96 - TLRsin, 115-116 AVAIL study, 402 AVI-4106, 401-402 BBaboon models - endo vascular grafts, 69 - linear regression evaluation, 143 - thrombus formation, 137 Balloon angioplasty - aerobic exercise and, 76 - antisense ODN delivery, 400 - collagen synthesis following, 215-216 - in diabetics, 55 - flow measurement technique, 279 - history of, 3 - PCI effectiveness studies, 264 - remodeling after, 19-20, 213-217, 336 - restenosis - causes of, 48, 307 - identification of, 266-267 - prediction of, 266 - rates, 412 - shear stress collateral circulation role, 67 - flow eddies, 66-67 - vascular changes, 64-66 Balloon catheters - channeled, 428, 429, 436 - double, 422-424, 435, 436 - hydrogel angioplasty, 429-431, 436, 437 - Infusa-Sleeve, 428-430 - porous/microporous, 425-428, 435-437 BARI trial, 9 Basic fibroblast growth factor (bFGF) in angiogenesis promotion, 237 - in intimai hyperplasia, 16-18 - response to shear stress, 65 - and SMC migration, 398 - in VSMC hyperplasia, 201 Batimastat DES - clinical studies of, 356, 362 - neointimal accumulation study data, 18 - remodeling study data, 21, 216-217 ß-Blockers in MSCT imaging, 288, 292 ß-Cath™ System, 317, 318, 320-323, 328 B-cells - as APCs, 101, 108. See also Adaptive immunity - maturation, regulation of, 96 - sirolimus inhibition of, 341 Benestent studies, 33, 369 BERT trial, 319, 322, 323 BEST BTK trial, 280-281 BH 4 , 231, 232 Biodegradable stents, 346, 369-375, 435 Bioinformatics, 154 Biolimus DES, 339, 343, 344 Biopterin, 231 BIOTRONIK stent, 280 Blooming effect, 294, 295 Bone marrow cells, 187-192, 202-203 Brachytherapy
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