Detectability of pulmonary ossifications in fibrotic lung on ultra-high-resolution CT using 2048 matrix size and 0.25-mm slice thickness
Abstract To investigate the prevalence of nodular pulmonary ossifications (POs) in patients with honeycombing on ultra-high-resolution CT (UHRCT) and to compare the detectability of nodular POs between images reconstructed using the ultra-high-resolution setting (UHR-setting) and those using the con...
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Nature Portfolio
2021
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oai:doaj.org-article:b72efe5c600c405b9b0ffe656801aefa2021-12-02T16:50:24ZDetectability of pulmonary ossifications in fibrotic lung on ultra-high-resolution CT using 2048 matrix size and 0.25-mm slice thickness10.1038/s41598-021-94596-52045-2322https://doaj.org/article/b72efe5c600c405b9b0ffe656801aefa2021-07-01T00:00:00Zhttps://doi.org/10.1038/s41598-021-94596-5https://doaj.org/toc/2045-2322Abstract To investigate the prevalence of nodular pulmonary ossifications (POs) in patients with honeycombing on ultra-high-resolution CT (UHRCT) and to compare the detectability of nodular POs between images reconstructed using the ultra-high-resolution setting (UHR-setting) and those using the conventional setting (C-setting) on UHRCT. Twenty patients with honeycombing in the lung were evaluated retrospectively. All patients underwent non-contrast-enhanced UHRCT. Images were reconstructed with UHR-setting (matrix, 2048 × 2048; slice thickness, 0.25 mm) and with C-setting (matrix size, 512 × 512; slice thickness, 0.5 mm). Two chest radiologists independently recorded the number of nodular POs (< 4 mm diameter) in each lung lobes. Each lobe was classified as one of the following five categories according to the number of POs: C0, none; C1, 1–4 POs; C2, 5–9 POs; C3, 10–49 POs; and C4, ≥ 50 POs. The maximum CT values of the POs were measured and compared between the two settings. PO categories were significantly higher with UHR-setting than with C-setting (p < 0.001). Maximum CT values were significantly higher with UHR-setting than with C-setting (p < 0.001). Nodular POs were seen in 80% or more of patients with honeycombing and more easily detected in images reconstructed with UHR-setting than in those with C-setting.Akinori HataMasahiro YanagawaMitsuko TsubamotoShuhei DoiYuriko YoshidaTomo MiyataNoriko KikuchiNobuo KashiwagiNoriyuki TomiyamaNature PortfolioarticleMedicineRScienceQENScientific Reports, Vol 11, Iss 1, Pp 1-6 (2021) |
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Medicine R Science Q Akinori Hata Masahiro Yanagawa Mitsuko Tsubamoto Shuhei Doi Yuriko Yoshida Tomo Miyata Noriko Kikuchi Nobuo Kashiwagi Noriyuki Tomiyama Detectability of pulmonary ossifications in fibrotic lung on ultra-high-resolution CT using 2048 matrix size and 0.25-mm slice thickness |
| description |
Abstract To investigate the prevalence of nodular pulmonary ossifications (POs) in patients with honeycombing on ultra-high-resolution CT (UHRCT) and to compare the detectability of nodular POs between images reconstructed using the ultra-high-resolution setting (UHR-setting) and those using the conventional setting (C-setting) on UHRCT. Twenty patients with honeycombing in the lung were evaluated retrospectively. All patients underwent non-contrast-enhanced UHRCT. Images were reconstructed with UHR-setting (matrix, 2048 × 2048; slice thickness, 0.25 mm) and with C-setting (matrix size, 512 × 512; slice thickness, 0.5 mm). Two chest radiologists independently recorded the number of nodular POs (< 4 mm diameter) in each lung lobes. Each lobe was classified as one of the following five categories according to the number of POs: C0, none; C1, 1–4 POs; C2, 5–9 POs; C3, 10–49 POs; and C4, ≥ 50 POs. The maximum CT values of the POs were measured and compared between the two settings. PO categories were significantly higher with UHR-setting than with C-setting (p < 0.001). Maximum CT values were significantly higher with UHR-setting than with C-setting (p < 0.001). Nodular POs were seen in 80% or more of patients with honeycombing and more easily detected in images reconstructed with UHR-setting than in those with C-setting. |
| format |
article |
| author |
Akinori Hata Masahiro Yanagawa Mitsuko Tsubamoto Shuhei Doi Yuriko Yoshida Tomo Miyata Noriko Kikuchi Nobuo Kashiwagi Noriyuki Tomiyama |
| author_facet |
Akinori Hata Masahiro Yanagawa Mitsuko Tsubamoto Shuhei Doi Yuriko Yoshida Tomo Miyata Noriko Kikuchi Nobuo Kashiwagi Noriyuki Tomiyama |
| author_sort |
Akinori Hata |
| title |
Detectability of pulmonary ossifications in fibrotic lung on ultra-high-resolution CT using 2048 matrix size and 0.25-mm slice thickness |
| title_short |
Detectability of pulmonary ossifications in fibrotic lung on ultra-high-resolution CT using 2048 matrix size and 0.25-mm slice thickness |
| title_full |
Detectability of pulmonary ossifications in fibrotic lung on ultra-high-resolution CT using 2048 matrix size and 0.25-mm slice thickness |
| title_fullStr |
Detectability of pulmonary ossifications in fibrotic lung on ultra-high-resolution CT using 2048 matrix size and 0.25-mm slice thickness |
| title_full_unstemmed |
Detectability of pulmonary ossifications in fibrotic lung on ultra-high-resolution CT using 2048 matrix size and 0.25-mm slice thickness |
| title_sort |
detectability of pulmonary ossifications in fibrotic lung on ultra-high-resolution ct using 2048 matrix size and 0.25-mm slice thickness |
| publisher |
Nature Portfolio |
| publishDate |
2021 |
| url |
https://doaj.org/article/b72efe5c600c405b9b0ffe656801aefa |
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