Matches in SemOpenAlex for { <https://semopenalex.org/work/W2788957534> ?p ?o ?g. }
- W2788957534 endingPage "704" @default.
- W2788957534 startingPage "684" @default.
- W2788957534 abstract "Endovascular stenting has matured into a commonly used treatment for peripheral arterial disease (PAD) due to its minimally invasive nature and associated reductions in short-term morbidity and mortality. The mechanical properties of the superelastic Nitinol alloy have played a major role in the explosion of peripheral artery stenting, with modern stents demonstrating reasonable resilience and durability. Yet in the superficial femoral and popliteal arteries, even the newest generation Nitinol stents continue to demonstrate clinical outcomes that leave significant room for improvement. Restenosis and progression of native arterial disease often lead to recurrence of symptoms and reinterventions that increase morbidity and health care expenditures. One of the main factors thought to be associated with stent failure in the femoropopliteal artery (FPA) is the unique and highly dynamic mechanical environment of the lower limb. Clinical and experimental data demonstrate that the FPA undergoes significant deformations with limb flexion. It is hypothesized that the inability of many existing stent designs to conform to these deformations likely plays a role in reconstruction failure, as repetitive movements of the leg and thigh combine with mechanical mismatch between the artery and the stent and result in mechanical damage to both the artery and the stent. In this review we will identify challenges and provide a mechanical perspective of FPA stenting, and then discuss current research directions with promise to provide a better understanding of Nitinol, specific features of stent design, and improved characterization of the biomechanical environment of the FPA to facilitate development of better stents for patients with PAD." @default.
- W2788957534 created "2018-03-06" @default.
- W2788957534 creator A5013505900 @default.
- W2788957534 creator A5013601463 @default.
- W2788957534 creator A5071788426 @default.
- W2788957534 creator A5073397680 @default.
- W2788957534 creator A5076203240 @default.
- W2788957534 creator A5076601640 @default.
- W2788957534 creator A5079918688 @default.
- W2788957534 date "2018-02-22" @default.
- W2788957534 modified "2023-10-14" @default.
- W2788957534 title "Nitinol Stents in the Femoropopliteal Artery: A Mechanical Perspective on Material, Design, and Performance" @default.
- W2788957534 cites W1195245187 @default.
- W2788957534 cites W131468641 @default.
- W2788957534 cites W1469839728 @default.
- W2788957534 cites W1514973749 @default.
- W2788957534 cites W161190297 @default.
- W2788957534 cites W170291259 @default.
- W2788957534 cites W1749532878 @default.
- W2788957534 cites W1823121740 @default.
- W2788957534 cites W1947271814 @default.
- W2788957534 cites W1957014117 @default.
- W2788957534 cites W1970142610 @default.
- W2788957534 cites W1972561391 @default.
- W2788957534 cites W1973897763 @default.
- W2788957534 cites W1975981332 @default.
- W2788957534 cites W1980018717 @default.
- W2788957534 cites W1981737207 @default.
- W2788957534 cites W1982793662 @default.
- W2788957534 cites W1982925169 @default.
- W2788957534 cites W1982944579 @default.
- W2788957534 cites W1984186596 @default.
- W2788957534 cites W1984767063 @default.
- W2788957534 cites W1985150597 @default.
- W2788957534 cites W1988819603 @default.
- W2788957534 cites W1988902767 @default.
- W2788957534 cites W1990179662 @default.
- W2788957534 cites W1990291405 @default.
- W2788957534 cites W1991159087 @default.
- W2788957534 cites W1994084703 @default.
- W2788957534 cites W1997051870 @default.
- W2788957534 cites W1998483781 @default.
- W2788957534 cites W1998564695 @default.
- W2788957534 cites W2001157782 @default.
- W2788957534 cites W2003458082 @default.
- W2788957534 cites W2004203823 @default.
- W2788957534 cites W2005906631 @default.
- W2788957534 cites W2006434614 @default.
- W2788957534 cites W2009618961 @default.
- W2788957534 cites W2010177223 @default.
- W2788957534 cites W2011156568 @default.
- W2788957534 cites W2012092298 @default.
- W2788957534 cites W2012380963 @default.
- W2788957534 cites W2014383259 @default.
- W2788957534 cites W2017742827 @default.
- W2788957534 cites W2019230784 @default.
- W2788957534 cites W2020047277 @default.
- W2788957534 cites W2024960685 @default.
- W2788957534 cites W2031538721 @default.
- W2788957534 cites W2032093899 @default.
- W2788957534 cites W2034394388 @default.
- W2788957534 cites W2036201699 @default.
- W2788957534 cites W2039007780 @default.
- W2788957534 cites W2042123703 @default.
- W2788957534 cites W204261842 @default.
- W2788957534 cites W2058406544 @default.
- W2788957534 cites W2059122105 @default.
- W2788957534 cites W2059180987 @default.
- W2788957534 cites W2060539410 @default.
- W2788957534 cites W2060558891 @default.
- W2788957534 cites W2062321446 @default.
- W2788957534 cites W2065614825 @default.
- W2788957534 cites W2067870911 @default.
- W2788957534 cites W2072471149 @default.
- W2788957534 cites W2076360081 @default.
- W2788957534 cites W2077787322 @default.
- W2788957534 cites W2078992452 @default.
- W2788957534 cites W2081215599 @default.
- W2788957534 cites W2083268223 @default.
- W2788957534 cites W2084151324 @default.
- W2788957534 cites W2090250977 @default.
- W2788957534 cites W2101850216 @default.
- W2788957534 cites W2104489057 @default.
- W2788957534 cites W2106174706 @default.
- W2788957534 cites W2107663410 @default.
- W2788957534 cites W2112937484 @default.
- W2788957534 cites W2113913360 @default.
- W2788957534 cites W2117018558 @default.
- W2788957534 cites W2122523807 @default.
- W2788957534 cites W2127218766 @default.
- W2788957534 cites W2129565196 @default.
- W2788957534 cites W2136937855 @default.
- W2788957534 cites W2137880446 @default.
- W2788957534 cites W2138915714 @default.
- W2788957534 cites W2141782369 @default.
- W2788957534 cites W2147137884 @default.
- W2788957534 cites W2152969714 @default.
- W2788957534 cites W2156982318 @default.