Matches in SemOpenAlex for { <https://semopenalex.org/work/W2464092828> ?p ?o ?g. }
- W2464092828 endingPage "456" @default.
- W2464092828 startingPage "456" @default.
- W2464092828 abstract "Blood pressure (BP) exhibits different variabilities and surges with different time phases, from the shortest beat-by-beat to longest yearly changes. We hypothesized that the synergistic resonance of these BP variabilites generates an extraordinarily large dynamic surge in BP and triggers cardiovascular events (the resonance hypothesis). The power of pulses is transmitted to the peripheral sites without attenuation by the large arteries, in individuals with stiffened arteries. Thus, the effect of a BP surge on cardiovascular risk would be especially exaggerated in high-risk patients with vascular disease. Based on this concept, our group recently proposed a new theory of systemic hemodynamic atherothromboltic syndrome (SHATS), a vicious cycle of hemodynamic stress and vascular disease that advances organ damage and triggers cardiovascular disease. Clinical phenotypes of SHATS are large-artery atherothombotic diseases such as stroke, coronary artery disease, and aortic and pheripheral artery disease; small-artery diseases, and microcirculation-related disease such as vascular cognitive dysfunction, heart failure, and chronic kidney disease. The careful consideration of BP variability and vascular diseases such as SHATS, and the early detection and management of SHATS, will achieve more effective individualized cardiovascular protection. In the near future, information and communication technology-based 'anticipation medicine' predicted by the changes of individual BP values could be a promising approach to achieving zero cardiovascular events." @default.
- W2464092828 created "2016-07-22" @default.
- W2464092828 creator A5017863780 @default.
- W2464092828 date "2016-01-01" @default.
- W2464092828 modified "2023-10-11" @default.
- W2464092828 title "Systemic Hemodynamic Atherothrombotic Syndrome and Resonance Hypothesis of Blood Pressure Variability: Triggering Cardiovascular Events" @default.
- W2464092828 cites W1552397944 @default.
- W2464092828 cites W1621620157 @default.
- W2464092828 cites W1755383552 @default.
- W2464092828 cites W1764229816 @default.
- W2464092828 cites W1812863277 @default.
- W2464092828 cites W1854717162 @default.
- W2464092828 cites W1896266220 @default.
- W2464092828 cites W194988015 @default.
- W2464092828 cites W1963734983 @default.
- W2464092828 cites W1966019612 @default.
- W2464092828 cites W1969449389 @default.
- W2464092828 cites W1974857440 @default.
- W2464092828 cites W1977915302 @default.
- W2464092828 cites W1988244274 @default.
- W2464092828 cites W1988381397 @default.
- W2464092828 cites W1992442953 @default.
- W2464092828 cites W1994487234 @default.
- W2464092828 cites W1994490014 @default.
- W2464092828 cites W2013559646 @default.
- W2464092828 cites W2013670173 @default.
- W2464092828 cites W2017390074 @default.
- W2464092828 cites W2018109782 @default.
- W2464092828 cites W2018279377 @default.
- W2464092828 cites W2018646470 @default.
- W2464092828 cites W2020800855 @default.
- W2464092828 cites W2022584589 @default.
- W2464092828 cites W2036774682 @default.
- W2464092828 cites W2041114400 @default.
- W2464092828 cites W2043054498 @default.
- W2464092828 cites W2046131233 @default.
- W2464092828 cites W2048267025 @default.
- W2464092828 cites W2048338189 @default.
- W2464092828 cites W2048813770 @default.
- W2464092828 cites W2052463928 @default.
- W2464092828 cites W2056498577 @default.
- W2464092828 cites W2056808529 @default.
- W2464092828 cites W2058618570 @default.
- W2464092828 cites W2060454591 @default.
- W2464092828 cites W2067456372 @default.
- W2464092828 cites W2089976117 @default.
- W2464092828 cites W2098352519 @default.
- W2464092828 cites W2098944132 @default.
- W2464092828 cites W2099576141 @default.
- W2464092828 cites W2100104750 @default.
- W2464092828 cites W2100392304 @default.
- W2464092828 cites W2102106817 @default.
- W2464092828 cites W2102620697 @default.
- W2464092828 cites W2103369460 @default.
- W2464092828 cites W2105860193 @default.
- W2464092828 cites W2106295174 @default.
- W2464092828 cites W2111662153 @default.
- W2464092828 cites W2114707939 @default.
- W2464092828 cites W2119798257 @default.
- W2464092828 cites W2125062701 @default.
- W2464092828 cites W2125296736 @default.
- W2464092828 cites W2130346164 @default.
- W2464092828 cites W2132141431 @default.
- W2464092828 cites W2133088349 @default.
- W2464092828 cites W2137445848 @default.
- W2464092828 cites W2138746833 @default.
- W2464092828 cites W2141992529 @default.
- W2464092828 cites W2143983154 @default.
- W2464092828 cites W2145190517 @default.
- W2464092828 cites W2146795971 @default.
- W2464092828 cites W2148644774 @default.
- W2464092828 cites W2153034914 @default.
- W2464092828 cites W2153553951 @default.
- W2464092828 cites W2157761720 @default.
- W2464092828 cites W2160571817 @default.
- W2464092828 cites W2161902880 @default.
- W2464092828 cites W2171400796 @default.
- W2464092828 cites W2205734801 @default.
- W2464092828 cites W2267503484 @default.
- W2464092828 cites W2288922994 @default.
- W2464092828 cites W2290365643 @default.
- W2464092828 cites W2313739417 @default.
- W2464092828 cites W2325824081 @default.
- W2464092828 cites W2336826307 @default.
- W2464092828 cites W2339385923 @default.
- W2464092828 cites W2344184152 @default.
- W2464092828 cites W2413572812 @default.
- W2464092828 cites W26575214 @default.
- W2464092828 cites W2917732217 @default.
- W2464092828 cites W4253582190 @default.
- W2464092828 cites W4361741394 @default.
- W2464092828 cites W919201310 @default.
- W2464092828 cites W2262803545 @default.
- W2464092828 doi "https://doi.org/10.4070/kcj.2016.46.4.456" @default.
- W2464092828 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/4965423" @default.
- W2464092828 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27482253" @default.
- W2464092828 hasPublicationYear "2016" @default.
- W2464092828 type Work @default.