Matches in SemOpenAlex for { <https://semopenalex.org/work/W2803921445> ?p ?o ?g. }
- W2803921445 endingPage "33" @default.
- W2803921445 startingPage "27" @default.
- W2803921445 abstract "Percutaneous coronary interventions (PCI), including balloon angioplasty and implantation of both bare metal and drug eluting coronary stents, are associated with risk of restenosis and in-stent thrombosis. A better understanding of signals that regulate cellular proliferation, neointimal formation and vessel wall thickening following PCI may contribute to identify novel preventive and therapeutic strategies aimed to reduce the atherosclerosis progression and the consequent vascular sequelae. Among the possible mechanisms, an increased level of reactive oxygen species (ROS) is associated with endothelial dysfunction and vascular smooth muscle cells (VSMCs) proliferation and migration involved in the post-procedural remodeling process. This review article provides an overview of the current knowledge on the contribution of increased oxidative stress to the post-procedural pathological vascular changes. We discuss the role of nicotinamide adenine dinucleotide phosphate oxidase, nitric oxide synthase, and of proteins regulating the mitochondrial function and dynamics. We will also highlight new knowledge on the atypical Fat1 cadherin that appears to play a key role in VSMCs proliferation. In fact, its induction after vascular injury serves as a physiological regulator of VSMCs growth. Specific molecular mechanisms, including Pin1- and H2S-mediated pathways, have been identified in the vascular complications of type 2 diabetic patients. The identification of novel key players may expand our perspectives and promote the development of new tools for future preventive and therapeutic strategies in order to reduce the adverse vascular remodeling following PCI. The latter represents one of the major goals in the development of innovative technologies with relevance for clinical practice." @default.
- W2803921445 created "2018-06-01" @default.
- W2803921445 creator A5010927128 @default.
- W2803921445 creator A5031769855 @default.
- W2803921445 creator A5035544791 @default.
- W2803921445 creator A5054282642 @default.
- W2803921445 creator A5070940186 @default.
- W2803921445 creator A5087946601 @default.
- W2803921445 date "2018-10-01" @default.
- W2803921445 modified "2023-10-17" @default.
- W2803921445 title "Role of oxidative stress in the process of vascular remodeling following coronary revascularization" @default.
- W2803921445 cites W1256715555 @default.
- W2803921445 cites W13897408 @default.
- W2803921445 cites W146325010 @default.
- W2803921445 cites W1527614413 @default.
- W2803921445 cites W1573346410 @default.
- W2803921445 cites W1590617898 @default.
- W2803921445 cites W1820593355 @default.
- W2803921445 cites W1969758781 @default.
- W2803921445 cites W1983020442 @default.
- W2803921445 cites W1983078193 @default.
- W2803921445 cites W1984846299 @default.
- W2803921445 cites W1987700050 @default.
- W2803921445 cites W1987845572 @default.
- W2803921445 cites W1989026904 @default.
- W2803921445 cites W1994638410 @default.
- W2803921445 cites W2000782440 @default.
- W2803921445 cites W2005154637 @default.
- W2803921445 cites W2005293017 @default.
- W2803921445 cites W2006717078 @default.
- W2803921445 cites W2007929462 @default.
- W2803921445 cites W2009589924 @default.
- W2803921445 cites W2014932890 @default.
- W2803921445 cites W2022106942 @default.
- W2803921445 cites W2025936482 @default.
- W2803921445 cites W2028810337 @default.
- W2803921445 cites W2029737457 @default.
- W2803921445 cites W2030145039 @default.
- W2803921445 cites W2035367937 @default.
- W2803921445 cites W2036790542 @default.
- W2803921445 cites W2043884208 @default.
- W2803921445 cites W2045576314 @default.
- W2803921445 cites W2048569323 @default.
- W2803921445 cites W2057218988 @default.
- W2803921445 cites W2057495460 @default.
- W2803921445 cites W2062371417 @default.
- W2803921445 cites W2069366519 @default.
- W2803921445 cites W2069494381 @default.
- W2803921445 cites W2074883838 @default.
- W2803921445 cites W2075778216 @default.
- W2803921445 cites W2076492433 @default.
- W2803921445 cites W2079997051 @default.
- W2803921445 cites W2087919885 @default.
- W2803921445 cites W2089090200 @default.
- W2803921445 cites W2098042865 @default.
- W2803921445 cites W2100168858 @default.
- W2803921445 cites W2104828119 @default.
- W2803921445 cites W2105500214 @default.
- W2803921445 cites W2106820552 @default.
- W2803921445 cites W2109220337 @default.
- W2803921445 cites W2109637975 @default.
- W2803921445 cites W2109879006 @default.
- W2803921445 cites W2113776090 @default.
- W2803921445 cites W2116348390 @default.
- W2803921445 cites W2120754408 @default.
- W2803921445 cites W2121580924 @default.
- W2803921445 cites W2121822802 @default.
- W2803921445 cites W2122341467 @default.
- W2803921445 cites W2124166909 @default.
- W2803921445 cites W2125716797 @default.
- W2803921445 cites W2127806759 @default.
- W2803921445 cites W2129525455 @default.
- W2803921445 cites W2131415852 @default.
- W2803921445 cites W2133349052 @default.
- W2803921445 cites W2134348036 @default.
- W2803921445 cites W2136926233 @default.
- W2803921445 cites W2138136884 @default.
- W2803921445 cites W2138268741 @default.
- W2803921445 cites W2139720861 @default.
- W2803921445 cites W2141165366 @default.
- W2803921445 cites W2144174954 @default.
- W2803921445 cites W2146960356 @default.
- W2803921445 cites W2151699920 @default.
- W2803921445 cites W2156613502 @default.
- W2803921445 cites W2158364013 @default.
- W2803921445 cites W2161887746 @default.
- W2803921445 cites W2184506935 @default.
- W2803921445 cites W2202390834 @default.
- W2803921445 cites W2306631987 @default.
- W2803921445 cites W2317991825 @default.
- W2803921445 cites W2472826197 @default.
- W2803921445 cites W2510567151 @default.
- W2803921445 cites W2531934030 @default.
- W2803921445 cites W2551020171 @default.
- W2803921445 cites W2557745916 @default.
- W2803921445 cites W2588716242 @default.
- W2803921445 cites W2598919558 @default.
- W2803921445 cites W2605678467 @default.