FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2791096841> ?p ?o ?g. }

• W2791096841 endingPage "730" @default.
• W2791096841 startingPage "714" @default.
• W2791096841 abstract "Background: Locoregional hyperthermia is applied to deep-seated tumours in the pelvic region. Two very different heating techniques are often applied: capacitive and radiative heating. In this paper, numerical simulations are applied to compare the performance of both techniques in heating of deep-seated tumours.Methods: Phantom simulations were performed for small (30 × 20 × 50 cm3) and large (45 × 30 × 50 cm3), homogeneous fatless and inhomogeneous fat-muscle, tissue-equivalent phantoms with a central or eccentric target region. Radiative heating was simulated with the 70 MHz AMC-4 system and capacitive heating was simulated at 13.56 MHz. Simulations were performed for small fatless, small (i.e. fat layer typically <2 cm) and large (i.e. fat layer typically >3 cm) patients with cervix, prostate, bladder and rectum cancer. Temperature distributions were simulated using constant hyperthermic-level perfusion values with tissue constraints of 44 °C and compared for both heating techniques.Results: For the small homogeneous phantom, similar target heating was predicted with radiative and capacitive heating. For the large homogeneous phantom, most effective target heating was predicted with capacitive heating. For inhomogeneous phantoms, hot spots in the fat layer limit adequate capacitive heating, and simulated target temperatures with radiative heating were 2–4 °C higher. Patient simulations predicted therapeutic target temperatures with capacitive heating for fatless patients, but radiative heating was more robust for all tumour sites and patient sizes, yielding target temperatures 1–3 °C higher than those predicted for capacitive heating.Conclusion: Generally, radiative locoregional heating yields more favourable simulated temperature distributions for deep-seated pelvic tumours, compared with capacitive heating. Therapeutic temperatures are predicted for capacitive heating in patients with (almost) no fat." @default.
• W2791096841 created "2018-03-29" @default.
• W2791096841 creator A5003959919 @default.
• W2791096841 creator A5073552513 @default.
• W2791096841 creator A5079676869 @default.
• W2791096841 creator A5080108349 @default.
• W2791096841 creator A5089554789 @default.
• W2791096841 date "2018-04-18" @default.
• W2791096841 modified "2023-10-17" @default.
• W2791096841 title "Locoregional hyperthermia of deep-seated tumours applied with capacitive and radiative systems: a simulation study" @default.
• W2791096841 cites W1878388761 @default.
• W2791096841 cites W1917033053 @default.
• W2791096841 cites W1978074354 @default.
• W2791096841 cites W1987153211 @default.
• W2791096841 cites W1988443811 @default.
• W2791096841 cites W1995733731 @default.
• W2791096841 cites W2000144812 @default.
• W2791096841 cites W2002430972 @default.
• W2791096841 cites W2002579478 @default.
• W2791096841 cites W2003017040 @default.
• W2791096841 cites W2005014624 @default.
• W2791096841 cites W2005498217 @default.
• W2791096841 cites W2006616651 @default.
• W2791096841 cites W2011759601 @default.
• W2791096841 cites W2013994910 @default.
• W2791096841 cites W2018435418 @default.
• W2791096841 cites W2020803344 @default.
• W2791096841 cites W2022981781 @default.
• W2791096841 cites W2027633833 @default.
• W2791096841 cites W2029341128 @default.
• W2791096841 cites W2032296483 @default.
• W2791096841 cites W2035394276 @default.
• W2791096841 cites W2036848332 @default.
• W2791096841 cites W2037109731 @default.
• W2791096841 cites W2041248721 @default.
• W2791096841 cites W2050467874 @default.
• W2791096841 cites W2051549048 @default.
• W2791096841 cites W2052717513 @default.
• W2791096841 cites W2053428225 @default.
• W2791096841 cites W2058509693 @default.
• W2791096841 cites W2065525557 @default.
• W2791096841 cites W2069682952 @default.
• W2791096841 cites W2071363704 @default.
• W2791096841 cites W2076529121 @default.
• W2791096841 cites W2076603306 @default.
• W2791096841 cites W2093603954 @default.
• W2791096841 cites W2095277272 @default.
• W2791096841 cites W2105646647 @default.
• W2791096841 cites W2110644880 @default.
• W2791096841 cites W2118155835 @default.
• W2791096841 cites W2128061971 @default.
• W2791096841 cites W2128668604 @default.
• W2791096841 cites W2130420715 @default.
• W2791096841 cites W2130544929 @default.
• W2791096841 cites W2134367946 @default.
• W2791096841 cites W2136544812 @default.
• W2791096841 cites W2142063750 @default.
• W2791096841 cites W2142771928 @default.
• W2791096841 cites W2154935750 @default.
• W2791096841 cites W2155643944 @default.
• W2791096841 cites W2160966924 @default.
• W2791096841 cites W2169770994 @default.
• W2791096841 cites W2293813657 @default.
• W2791096841 cites W2324200418 @default.
• W2791096841 cites W2463030500 @default.
• W2791096841 cites W2464479247 @default.
• W2791096841 cites W2513472518 @default.
• W2791096841 cites W2564536618 @default.
• W2791096841 cites W2588123889 @default.
• W2791096841 cites W2609580230 @default.
• W2791096841 cites W2727873759 @default.
• W2791096841 cites W2736139605 @default.
• W2791096841 cites W2758352120 @default.
• W2791096841 cites W2767236263 @default.
• W2791096841 cites W2768757153 @default.
• W2791096841 cites W314988646 @default.
• W2791096841 cites W4239526824 @default.
• W2791096841 cites W4241911275 @default.
• W2791096841 cites W4254570181 @default.
• W2791096841 cites W50703110 @default.
• W2791096841 cites W78080416 @default.
• W2791096841 doi "https://doi.org/10.1080/02656736.2018.1448119" @default.
• W2791096841 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29509043" @default.
• W2791096841 hasPublicationYear "2018" @default.
• W2791096841 type Work @default.
• W2791096841 sameAs 2791096841 @default.
• W2791096841 citedByCount "29" @default.
• W2791096841 countsByYear W27910968412019 @default.
• W2791096841 countsByYear W27910968412020 @default.
• W2791096841 countsByYear W27910968412021 @default.
• W2791096841 countsByYear W27910968412022 @default.
• W2791096841 countsByYear W27910968412023 @default.
• W2791096841 crossrefType "journal-article" @default.
• W2791096841 hasAuthorship W2791096841A5003959919 @default.
• W2791096841 hasAuthorship W2791096841A5073552513 @default.
• W2791096841 hasAuthorship W2791096841A5079676869 @default.
• W2791096841 hasAuthorship W2791096841A5080108349 @default.
• W2791096841 hasAuthorship W2791096841A5089554789 @default.

• next