Multimodal 4D imaging and deep learning unveil acinar migration of tissue-resident, nanoparticle-laden macrophages in the lung
L. Yang (Munich, Germany), Q. Liu (Munich, Germany), P. Kumar (Munich, Germany), A. Sengupta (Munich, Germany), A. Farnoud (Munich, Germany), R. Shen (Munich, Germany), D. Trofimova (Heidelberg, Germany), D. Kutschke (Munich, Germany), M. Piraud (Munich, Germany), F. Isensee (Heidelberg, Germany), G. Burgstaller (Munich, Germany), M. Rehberg (Munich, Germany), T. Stoeger (Munich, Germany), O. Schmid (Munich, Germany)
Source: International Congress 2022 – Multimodality respiratory imaging research: what is novel in 2022
 
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L. Yang (Munich, Germany), Q. Liu (Munich, Germany), P. Kumar (Munich, Germany), A. Sengupta (Munich, Germany), A. Farnoud (Munich, Germany), R. Shen (Munich, Germany), D. Trofimova (Heidelberg, Germany), D. Kutschke (Munich, Germany), M. Piraud (Munich, Germany), F. Isensee (Heidelberg, Germany), G. Burgstaller (Munich, Germany), M. Rehberg (Munich, Germany), T. Stoeger (Munich, Germany), O. Schmid (Munich, Germany). Multimodal 4D imaging and deep learning unveil acinar migration of tissue-resident, nanoparticle-laden macrophages in the lung. 3477
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