Matches in SemOpenAlex for { <https://semopenalex.org/work/W4210603125> ?p ?o ?g. }
- W4210603125 endingPage "340" @default.
- W4210603125 startingPage "297" @default.
- W4210603125 abstract "Detailed information on the temperature dependence of tissue thermophysical and mechanical properties is pivotal for the optimal implementation of mathematical models and simulation-based tools for the pre-planning of thermal ablation therapies. These models require in-depth knowledge of the temperature sensitivity of these properties and other influential terms (e.g., blood perfusion and metabolic heat) to maximize the treatment prediction outcome.A systematic literature review of experimental trials investigating thermophysical and mechanical properties of biological media, as well as blood perfusion and metabolic heat, as a function of temperature in hyperthermic and ablative thermal range, was conducted up to June 2021.A total of 61 articles was selected, thus enabling a comprehensive overview of the temperature dependence of thermophysical properties (i.e. thermal conductivity, specific heat, volumetric heat capacity, density, thermal diffusivity), and mechanical properties (shear, elastic, storage, loss and complex moduli, loss factor, stiffness) along with the principal measurement techniques. The reviewed studies considered different tissues, e.g., liver, fat, cartilage, brain, myocardium, muscle, bone, skin, pancreas tissues, and also some tumorous tissues.The thermophysical properties of soft tissues appear rather constant until 90 °C, with slight differences ascribable to tissues characteristics and measurement methods. Conversely, the information on mechanical properties is heterogeneous because most of the articles investigated different types of properties in different biological tissues. Furthermore, most of the experiments were conducted ex vivo; only a small percentage concerned in vivo studies. Limited recent information about the temperature dependence of metabolic heat and blood perfusion was observed." @default.
- W4210603125 created "2022-02-08" @default.
- W4210603125 creator A5012178255 @default.
- W4210603125 creator A5037761714 @default.
- W4210603125 creator A5043986063 @default.
- W4210603125 creator A5060199873 @default.
- W4210603125 creator A5075356845 @default.
- W4210603125 creator A5076017652 @default.
- W4210603125 date "2022-02-06" @default.
- W4210603125 modified "2023-10-05" @default.
- W4210603125 title "Thermophysical and mechanical properties of biological tissues as a function of temperature: a systematic literature review" @default.
- W4210603125 cites W15482305 @default.
- W4210603125 cites W1683957220 @default.
- W4210603125 cites W183668995 @default.
- W4210603125 cites W1944060924 @default.
- W4210603125 cites W1948181060 @default.
- W4210603125 cites W1955568318 @default.
- W4210603125 cites W1964221192 @default.
- W4210603125 cites W1967920329 @default.
- W4210603125 cites W1968187445 @default.
- W4210603125 cites W1968812902 @default.
- W4210603125 cites W1969047208 @default.
- W4210603125 cites W1972549429 @default.
- W4210603125 cites W1973100173 @default.
- W4210603125 cites W1974149149 @default.
- W4210603125 cites W1974670912 @default.
- W4210603125 cites W1976522396 @default.
- W4210603125 cites W1976800838 @default.
- W4210603125 cites W1979363468 @default.
- W4210603125 cites W1982395206 @default.
- W4210603125 cites W1985239297 @default.
- W4210603125 cites W1994443152 @default.
- W4210603125 cites W2000207870 @default.
- W4210603125 cites W2002756732 @default.
- W4210603125 cites W2004782766 @default.
- W4210603125 cites W2004944124 @default.
- W4210603125 cites W2005214605 @default.
- W4210603125 cites W2005996752 @default.
- W4210603125 cites W2006788008 @default.
- W4210603125 cites W2016291837 @default.
- W4210603125 cites W2016763587 @default.
- W4210603125 cites W2017072283 @default.
- W4210603125 cites W2017170883 @default.
- W4210603125 cites W2017795680 @default.
- W4210603125 cites W2021332161 @default.
- W4210603125 cites W2022256671 @default.
- W4210603125 cites W2026250823 @default.
- W4210603125 cites W2027702624 @default.
- W4210603125 cites W2029282415 @default.
- W4210603125 cites W2029341128 @default.
- W4210603125 cites W2030114401 @default.
- W4210603125 cites W2031480001 @default.
- W4210603125 cites W2033559612 @default.
- W4210603125 cites W2036964003 @default.
- W4210603125 cites W2041840678 @default.
- W4210603125 cites W2042669918 @default.
- W4210603125 cites W2042948599 @default.
- W4210603125 cites W2044444794 @default.
- W4210603125 cites W2044568197 @default.
- W4210603125 cites W2045037945 @default.
- W4210603125 cites W2045739396 @default.
- W4210603125 cites W2048246714 @default.
- W4210603125 cites W2048252534 @default.
- W4210603125 cites W2060239085 @default.
- W4210603125 cites W2061809938 @default.
- W4210603125 cites W2061849333 @default.
- W4210603125 cites W2062536844 @default.
- W4210603125 cites W2064022289 @default.
- W4210603125 cites W2067044722 @default.
- W4210603125 cites W2067204570 @default.
- W4210603125 cites W2067690709 @default.
- W4210603125 cites W2070216185 @default.
- W4210603125 cites W2075422831 @default.
- W4210603125 cites W2076232417 @default.
- W4210603125 cites W2076962939 @default.
- W4210603125 cites W2077967017 @default.
- W4210603125 cites W2077986489 @default.
- W4210603125 cites W2085647023 @default.
- W4210603125 cites W2085948210 @default.
- W4210603125 cites W2086750329 @default.
- W4210603125 cites W2089176377 @default.
- W4210603125 cites W2092840132 @default.
- W4210603125 cites W2093816361 @default.
- W4210603125 cites W2100907010 @default.
- W4210603125 cites W2102741391 @default.
- W4210603125 cites W2104437200 @default.
- W4210603125 cites W2106299017 @default.
- W4210603125 cites W2106343817 @default.
- W4210603125 cites W2113789124 @default.
- W4210603125 cites W2118590893 @default.
- W4210603125 cites W2119254841 @default.
- W4210603125 cites W2120132972 @default.
- W4210603125 cites W2128791128 @default.
- W4210603125 cites W2129853458 @default.
- W4210603125 cites W2131112712 @default.
- W4210603125 cites W2131935157 @default.
- W4210603125 cites W2132544737 @default.
- W4210603125 cites W2133657065 @default.