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• W3120349181 abstract "Abstract Background Hepatectomy, living donor liver transplantations and other major hepatic interventions rely on precise calculation of the total, remnant and graft liver volume. However, liver volume might differ between the pre- and intraoperative situation. To model liver volume changes and develop and validate such pre- and intraoperative assistance systems, exact information about the influence of lung ventilation and intraoperative surgical state on liver volume is essential. Methods This study assessed the effects of respiratory phase, pneumoperitoneum for laparoscopy, and laparotomy on liver volume in a live porcine model. Nine CT scans were conducted per pig ( N = 10), each for all possible combinations of the three operative (native, pneumoperitoneum and laparotomy) and respiratory states (expiration, middle inspiration and deep inspiration). Manual segmentations of the liver were generated and converted to a mesh model, and the corresponding liver volumes were calculated. Results With pneumoperitoneum the liver volume decreased on average by 13.2% (112.7 ml ± 63.8 ml, p < 0.0001) and after laparotomy by 7.3% (62.0 ml ± 65.7 ml, p = 0.0001) compared to native state. From expiration to middle inspiration the liver volume increased on average by 4.1% (31.1 ml ± 55.8 ml, p = 0.166) and from expiration to deep inspiration by 7.2% (54.7 ml ± 51.8 ml, p = 0.007). Conclusions Considerable changes in liver volume change were caused by pneumoperitoneum, laparotomy and respiration. These findings provide knowledge for the refinement of available preoperative simulation and operation planning and help to adjust preoperative imaging parameters to best suit the intraoperative situation." @default.
• W3120349181 created "2021-01-18" @default.
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• W3120349181 date "2021-01-04" @default.
• W3120349181 modified "2023-10-06" @default.
• W3120349181 title "Effects of laparoscopy, laparotomy, and respiratory phase on liver volume in a live porcine model for liver resection" @default.
• W3120349181 cites W1503034338 @default.
• W3120349181 cites W1513618424 @default.
• W3120349181 cites W1535417994 @default.
• W3120349181 cites W1552337489 @default.
• W3120349181 cites W1592574039 @default.
• W3120349181 cites W165025327 @default.
• W3120349181 cites W1972224725 @default.
• W3120349181 cites W1975394128 @default.
• W3120349181 cites W1979889789 @default.
• W3120349181 cites W1985287359 @default.
• W3120349181 cites W1985703332 @default.
• W3120349181 cites W1987248553 @default.
• W3120349181 cites W1998337031 @default.
• W3120349181 cites W2003659099 @default.
• W3120349181 cites W2004112203 @default.
• W3120349181 cites W2006439810 @default.
• W3120349181 cites W2007228657 @default.
• W3120349181 cites W2007486108 @default.
• W3120349181 cites W2009689443 @default.
• W3120349181 cites W2011707788 @default.
• W3120349181 cites W2017566350 @default.
• W3120349181 cites W2021812593 @default.
• W3120349181 cites W2028496027 @default.
• W3120349181 cites W2030873621 @default.
• W3120349181 cites W2031881232 @default.
• W3120349181 cites W2033398663 @default.
• W3120349181 cites W2036867773 @default.
• W3120349181 cites W2040566900 @default.
• W3120349181 cites W2046364911 @default.
• W3120349181 cites W2046854115 @default.
• W3120349181 cites W2049377011 @default.
• W3120349181 cites W2050741606 @default.
• W3120349181 cites W2054396261 @default.
• W3120349181 cites W2056590864 @default.
• W3120349181 cites W2059971841 @default.
• W3120349181 cites W2060899991 @default.
• W3120349181 cites W2067548806 @default.
• W3120349181 cites W2068315625 @default.
• W3120349181 cites W2068539874 @default.
• W3120349181 cites W2068812100 @default.
• W3120349181 cites W2074521823 @default.
• W3120349181 cites W2075409756 @default.
• W3120349181 cites W2077119584 @default.
• W3120349181 cites W2077533210 @default.
• W3120349181 cites W2077650783 @default.
• W3120349181 cites W2091421423 @default.
• W3120349181 cites W2096203414 @default.
• W3120349181 cites W2100978818 @default.
• W3120349181 cites W2101771072 @default.
• W3120349181 cites W2101924807 @default.
• W3120349181 cites W2103573394 @default.
• W3120349181 cites W2103966767 @default.
• W3120349181 cites W2109436479 @default.
• W3120349181 cites W2115560171 @default.
• W3120349181 cites W2116273324 @default.
• W3120349181 cites W2119222200 @default.
• W3120349181 cites W2132721827 @default.
• W3120349181 cites W2141593788 @default.
• W3120349181 cites W2146143363 @default.
• W3120349181 cites W2146825052 @default.
• W3120349181 cites W2159733957 @default.
• W3120349181 cites W2164356667 @default.
• W3120349181 cites W2167212035 @default.
• W3120349181 cites W2171865556 @default.
• W3120349181 cites W2242880371 @default.
• W3120349181 cites W2315753346 @default.
• W3120349181 cites W2359484648 @default.
• W3120349181 cites W2408162988 @default.
• W3120349181 cites W2442065416 @default.
• W3120349181 cites W2765359327 @default.
• W3120349181 cites W2789185739 @default.
• W3120349181 cites W2794777275 @default.
• W3120349181 cites W795410137 @default.
• W3120349181 doi "https://doi.org/10.1007/s00464-020-08220-0" @default.
• W3120349181 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/8599330" @default.
• W3120349181 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33398570" @default.
• W3120349181 hasPublicationYear "2021" @default.
• W3120349181 type Work @default.

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