FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2793721007> ?p ?o ?g. }

• W2793721007 endingPage "095010" @default.
• W2793721007 startingPage "095010" @default.
• W2793721007 abstract "Histotripsy is a form of therapeutic ultrasound that liquefies tissue mechanically via acoustic cavitation. Bubble expansion is paramount in the efficacy of histotripsy therapy, and the cavitation dynamics are strongly influenced by the medium elasticity. In this study, an analytic model to predict histotripsy-induced bubble expansion in a fluid was extended to include the effects of medium elasticity. Good agreement was observed between the predictions of the analytic model and numerical computations utilizing highly nonlinear excitations (shock-scattering histotripsy) and purely tensile pulses (microtripsy). No bubble expansion was computed for either form of histotripsy when the elastic modulus was greater than 20 MPa and the peak negative pressure was less than 50 MPa. Strain in the medium due to the expansion of a single bubble was also tabulated. The viability of red blood cells was calculated as a function of distance from the bubble wall based on empirical data of impulsive stretching of erythrocytes. Red blood cells remained viable at distances further than 44 µm from the bubble wall. As the medium elasticity increased, the distance over which bubble expansion-induced strain influenced red blood cells was found to decrease sigmoidally. These results highlight the relationship between tissue elasticity and the efficacy of histotripsy. In addition, an upper medium elasticity limit was identified, above which histotripsy may not be effective for tissue liquefaction." @default.
• W2793721007 created "2018-03-29" @default.
• W2793721007 creator A5082743141 @default.
• W2793721007 date "2018-05-02" @default.
• W2793721007 modified "2023-09-27" @default.
• W2793721007 title "The influence of medium elasticity on the prediction of histotripsy-induced bubble expansion and erythrocyte viability" @default.
• W2793721007 cites W1768612796 @default.
• W2793721007 cites W1792389740 @default.
• W2793721007 cites W1839670909 @default.
• W2793721007 cites W1908028423 @default.
• W2793721007 cites W1968175917 @default.
• W2793721007 cites W1971385195 @default.
• W2793721007 cites W1976037463 @default.
• W2793721007 cites W1977854133 @default.
• W2793721007 cites W1978432461 @default.
• W2793721007 cites W1980508917 @default.
• W2793721007 cites W1981243220 @default.
• W2793721007 cites W1982612212 @default.
• W2793721007 cites W1987576086 @default.
• W2793721007 cites W1991685597 @default.
• W2793721007 cites W2000747995 @default.
• W2793721007 cites W2008366051 @default.
• W2793721007 cites W2016899444 @default.
• W2793721007 cites W2018246266 @default.
• W2793721007 cites W2022843396 @default.
• W2793721007 cites W2028549018 @default.
• W2793721007 cites W2029926381 @default.
• W2793721007 cites W2038630247 @default.
• W2793721007 cites W2040883398 @default.
• W2793721007 cites W2043089661 @default.
• W2793721007 cites W2043902038 @default.
• W2793721007 cites W2052317009 @default.
• W2793721007 cites W2053905945 @default.
• W2793721007 cites W2055771113 @default.
• W2793721007 cites W2066917615 @default.
• W2793721007 cites W2070295168 @default.
• W2793721007 cites W2074436930 @default.
• W2793721007 cites W2080078094 @default.
• W2793721007 cites W2080217248 @default.
• W2793721007 cites W2081832788 @default.
• W2793721007 cites W2085996035 @default.
• W2793721007 cites W2087262215 @default.
• W2793721007 cites W2090650004 @default.
• W2793721007 cites W2091580446 @default.
• W2793721007 cites W2092400318 @default.
• W2793721007 cites W2094234381 @default.
• W2793721007 cites W2098551267 @default.
• W2793721007 cites W2099639306 @default.
• W2793721007 cites W2115330252 @default.
• W2793721007 cites W2116455804 @default.
• W2793721007 cites W2118213324 @default.
• W2793721007 cites W2119946125 @default.
• W2793721007 cites W2125185940 @default.
• W2793721007 cites W2129650734 @default.
• W2793721007 cites W2135141185 @default.
• W2793721007 cites W2141056021 @default.
• W2793721007 cites W2145009707 @default.
• W2793721007 cites W2150660378 @default.
• W2793721007 cites W2153893236 @default.
• W2793721007 cites W2161722849 @default.
• W2793721007 cites W2165991438 @default.
• W2793721007 cites W2167955183 @default.
• W2793721007 cites W2181330169 @default.
• W2793721007 cites W2267788562 @default.
• W2793721007 cites W2270408904 @default.
• W2793721007 cites W2279215614 @default.
• W2793721007 cites W2310313904 @default.
• W2793721007 cites W2317138703 @default.
• W2793721007 cites W2319168559 @default.
• W2793721007 cites W2330395390 @default.
• W2793721007 cites W2346361841 @default.
• W2793721007 cites W2462248719 @default.
• W2793721007 cites W2468159549 @default.
• W2793721007 cites W2486492325 @default.
• W2793721007 cites W2513886400 @default.
• W2793721007 cites W2549976854 @default.
• W2793721007 cites W2596030841 @default.
• W2793721007 cites W2602094073 @default.
• W2793721007 cites W2607035158 @default.
• W2793721007 cites W2607777824 @default.
• W2793721007 cites W2622899966 @default.
• W2793721007 cites W2743681201 @default.
• W2793721007 cites W2752415395 @default.
• W2793721007 cites W4240263638 @default.
• W2793721007 cites W4251605884 @default.
• W2793721007 cites W573636260 @default.
• W2793721007 cites W584079020 @default.
• W2793721007 cites W81237534 @default.
• W2793721007 doi "https://doi.org/10.1088/1361-6560/aab79b" @default.
• W2793721007 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5959013" @default.
• W2793721007 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29553049" @default.
• W2793721007 hasPublicationYear "2018" @default.
• W2793721007 type Work @default.
• W2793721007 sameAs 2793721007 @default.
• W2793721007 citedByCount "20" @default.
• W2793721007 countsByYear W27937210072018 @default.
• W2793721007 countsByYear W27937210072019 @default.
• W2793721007 countsByYear W27937210072020 @default.

• next