FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2045855348> ?p ?o ?g. }

• W2045855348 endingPage "1446" @default.
• W2045855348 startingPage "1434" @default.
• W2045855348 abstract "The implementation of hybrid fluorescence molecular tomography (FMT) and X-ray computed tomography (CT) has been shown to be a necessary development, not only for combining anatomical with functional and molecular contrast, but also for generating optical images of high accuracy. FMT affords highly sensitive 3-D imaging of fluorescence bio-distribution, but in stand-alone form it offers images of low resolution. It was shown that FMT accuracy significantly improves by considering anatomical priors from CT. Conversely, CT generally suffers from low soft tissue contrast. Therefore utilization of CT data as prior information in FMT inversion is challenging when different internal organs are not clearly differentiated. Instead, we combined herein FMT with emerging X-ray phase-contrast CT (PCCT). PCCT relies on phase shift differences in tissue to achieve soft tissue contrast superior to conventional CT. We demonstrate for the first time FMT-PCCT imaging of different animal models, where FMT and PCCT scans were performed in vivo and ex vivo, respectively. The results show that FMT-PCCT expands the potential of FMT in imaging lesions with otherwise low or no CT contrast, while retaining the cost benefits of CT and simplicity of hybrid device realizations. The results point to the most accurate FMT performance to date." @default.
• W2045855348 created "2016-06-24" @default.
• W2045855348 creator A5000581442 @default.
• W2045855348 creator A5009708425 @default.
• W2045855348 creator A5016412981 @default.
• W2045855348 creator A5020144517 @default.
• W2045855348 creator A5022885146 @default.
• W2045855348 creator A5025567439 @default.
• W2045855348 creator A5031782465 @default.
• W2045855348 creator A5043426343 @default.
• W2045855348 creator A5049701297 @default.
• W2045855348 creator A5051602756 @default.
• W2045855348 creator A5058307086 @default.
• W2045855348 creator A5059881887 @default.
• W2045855348 creator A5066402950 @default.
• W2045855348 creator A5068441127 @default.
• W2045855348 creator A5071888326 @default.
• W2045855348 date "2014-07-01" @default.
• W2045855348 modified "2023-09-24" @default.
• W2045855348 title "FMT-PCCT: Hybrid Fluorescence Molecular Tomography—X-Ray Phase-Contrast CT Imaging of Mouse Models" @default.
• W2045855348 cites W1553198783 @default.
• W2045855348 cites W1594234351 @default.
• W2045855348 cites W1677829040 @default.
• W2045855348 cites W1932316999 @default.
• W2045855348 cites W1965308573 @default.
• W2045855348 cites W1969201526 @default.
• W2045855348 cites W1977871291 @default.
• W2045855348 cites W1978424778 @default.
• W2045855348 cites W1981291066 @default.
• W2045855348 cites W1984875813 @default.
• W2045855348 cites W1987337673 @default.
• W2045855348 cites W1989489564 @default.
• W2045855348 cites W1996085026 @default.
• W2045855348 cites W1996510359 @default.
• W2045855348 cites W2002789333 @default.
• W2045855348 cites W2004687452 @default.
• W2045855348 cites W2005936601 @default.
• W2045855348 cites W2009410424 @default.
• W2045855348 cites W2010722299 @default.
• W2045855348 cites W2011843530 @default.
• W2045855348 cites W2017062848 @default.
• W2045855348 cites W2017801689 @default.
• W2045855348 cites W2017818795 @default.
• W2045855348 cites W2018175025 @default.
• W2045855348 cites W2019946225 @default.
• W2045855348 cites W2021159593 @default.
• W2045855348 cites W2029606255 @default.
• W2045855348 cites W2034316767 @default.
• W2045855348 cites W2037136004 @default.
• W2045855348 cites W2037452447 @default.
• W2045855348 cites W2039529170 @default.
• W2045855348 cites W2040601668 @default.
• W2045855348 cites W2045453176 @default.
• W2045855348 cites W2047615998 @default.
• W2045855348 cites W2048304620 @default.
• W2045855348 cites W2050565643 @default.
• W2045855348 cites W2050689272 @default.
• W2045855348 cites W2059246878 @default.
• W2045855348 cites W2059568694 @default.
• W2045855348 cites W2067203318 @default.
• W2045855348 cites W2078653952 @default.
• W2045855348 cites W2080382703 @default.
• W2045855348 cites W2081098120 @default.
• W2045855348 cites W2081204668 @default.
• W2045855348 cites W2084053417 @default.
• W2045855348 cites W2084239507 @default.
• W2045855348 cites W2084265296 @default.
• W2045855348 cites W2086018477 @default.
• W2045855348 cites W2097897435 @default.
• W2045855348 cites W2100073770 @default.
• W2045855348 cites W2101321813 @default.
• W2045855348 cites W2101891472 @default.
• W2045855348 cites W2102472675 @default.
• W2045855348 cites W2105286970 @default.
• W2045855348 cites W2106666760 @default.
• W2045855348 cites W2107449292 @default.
• W2045855348 cites W2110012738 @default.
• W2045855348 cites W2111621025 @default.
• W2045855348 cites W2117085061 @default.
• W2045855348 cites W2117102341 @default.
• W2045855348 cites W2118425656 @default.
• W2045855348 cites W2126502385 @default.
• W2045855348 cites W2126807619 @default.
• W2045855348 cites W2129315116 @default.
• W2045855348 cites W2129317743 @default.
• W2045855348 cites W2130193058 @default.
• W2045855348 cites W2131787885 @default.
• W2045855348 cites W2132074652 @default.
• W2045855348 cites W2134767333 @default.
• W2045855348 cites W2140512870 @default.
• W2045855348 cites W2148588305 @default.
• W2045855348 cites W2151904753 @default.
• W2045855348 cites W2152494830 @default.
• W2045855348 cites W2154572715 @default.
• W2045855348 cites W2165267644 @default.
• W2045855348 doi "https://doi.org/10.1109/tmi.2014.2313405" @default.
• W2045855348 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24686244" @default.
• W2045855348 hasPublicationYear "2014" @default.

• next