Comparing the extent of breast cancer tumors through contrast-enhanced ultrasound vs B-mode, opposed with pathology: evergreen study

超声造影 医学 超声波 乳腺癌 核医学 放射科 显著性差异 癌症 内科学
作者
Hiroaki Shima,Toshitaka Okuno,Takashi Nakamura,Aya Noro,Midori Noma,Megumi Sato,Terumi Kaga,Yukio Mituzuka,Keitaro Kamei,Yumi Imayoshi,Toshikazu Ito,Shinsaku Kanazawa,Kumiko Kato,Goro Kutomi,Ryuzo Sekiguchi,Mitsuru Mori,Tadashi Hasegawa,Toshiko Hirai,Ichiro Takemasa
出处
期刊:Breast Cancer [Springer Nature]
卷期号:28 (2): 405-413 被引量:10
标识
DOI:10.1007/s12282-020-01176-y
摘要

Abstract Background To prove the efficacy of contrast-enhanced ultrasound (CEUS) in determining the extent of resection, more evidence about B-mode and CEUS as opposed to pathology is required. We compared maximum tumor width measured on B-mode/CEUS images with that determined pathologically. Methods In this retrospective multicenter study, 152 operable breast cancer patients who had undergone both B-mode and CEUS were analyzed. Maximum tumor width on B-mode and CEUS, and on the postoperative pathological examination (P), was measured by the participating investigators. In addition, maximum width was assessed in B-mode and CEUS image sets by independent reviewers blinded to all patient information. We analyzed differences in maximum width between CEUS, B-mode and P. Results The mean widths as measured by the participating investigators were 15 ± 7 mm (B-mode), 19 ± 8 mm (CEUS), and 17 ± 9 mm (P). The difference subtracted P from B-mode was − 3 ± 7 mm ( p < 0.0001), and that from CEUS was 1 ± 6 mm ( p = 0.0163). The mean widths as measured by the independent reviewers were 16 ± 7 mm (B-mode) and 18 ± 7 mm (CEUS). The difference subtracted P from B-mode was − 2 ± 8 mm ( p = 0.0114), while that from CEUS was 1 ± 7 mm ( p = 0.1921). Conclusions Maximum lesion width measurement showed a tendency to increase in the order of B-mode, to P and CEUS. The difference in measurement between P and B-mode was significant, but there was no significant between CEUS and P. These results provide additional information of tendency patterns in measuring the maximum lesion width through enhancement on CEUS.
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