再现性
重复性
医学
体内
无线电技术
核医学
等离子体电池
单克隆
放射科
病理
单克隆抗体
化学
色谱法
生物
免疫学
骨髓
抗体
生物技术
作者
Markus Wennmann,Fabian Bauer,André Klein,Jiří Chmelík,Martin Grözinger,Lukas T. Rotkopf,Peter Neher,Regula Gnirs,Felix T. Kurz,Tobias Nonnenmacher,Sandra Sauer,Niels Weinhold,Hartmut Goldschmidt,Jens Kleesiek,David Bonekamp,Tim Frederik Weber,Stefan Delorme,Klaus Maier‐Hein,Heinz‐Peter Schlemmer,Michael Götz
标识
DOI:10.1097/rli.0000000000000927
摘要
In vivo, only few RFs are reproducible with different MRI sequences or different MRI scanners, even after application of a simple image normalization. Radiomics features selected by a repeatability experiment only are not necessarily suited to build radiomics models for multicenter clinical application. This study isolated a subset of RFs, which are robust to variations in MRI acquisition observed in scanners from 1 vendor, and therefore are candidates to build reproducible radiomics models for monoclonal plasma cell disorders for multicentric applications, at least when centers are equipped with scanners from this vendor.
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