Kind
AI researchers
Researchers whose published work uses artificial intelligence or machine-learning methods relevant to CLAD or lung transplantation. Not a ranking.
Why these researchers are listed
This category lists researchers whose published work uses artificial intelligence or machine-learning methods that are relevant to chronic lung allograft dysfunction (CLAD) or to lung transplantation. Each researcher was selected at the request of the site editor and on the basis of abstracts that were opened and read. They were not selected by citation ranking, and this list carries no ranking and no order of merit. Records appear in alphabetical order of given name.
Several researchers have only one paper on CLAD or lung transplantation that uses machine learning, and some papers concern donor lung assessment or other lung diseases rather than CLAD outcomes. Each record states these limits. Summaries are written from abstracts only. Full texts were not read.
AI researcher
Andrew Sage
Assistant Scientist with the Toronto Lung Transplant Program. Published machine-learning, sensor and digital-twin work, mostly on donor lung assessment during ex vivo lung perfusion rather than on CLAD outcomes.
AI researcher
Craig J. Galban
Professor of Radiology at the University of Michigan. Author of CT image-analysis studies, including machine-learning screening of donor lungs for later CLAD risk.
AI researcher
Eduardo J. Mortani Barbosa
Researcher in chest imaging whose published work applies machine learning to chest CT. First author of a 2018 study that used CT features to predict later bronchiolitis obliterans syndrome.
AI researcher
Micheal C. McInnis
Researcher in chest imaging whose work applies machine-learning CT analysis to CLAD. First author of a 2021 study of CLAD phenotype and graft failure.
AI researcher
Nahal Mansouri
Clinician in pulmonology and scientist in Lausanne. Last author of a 2025 deep-learning study that detects bronchiolitis obliterans syndrome on chest CT.
AI researcher
Reinaldo Rampolla
Medical Director of Lung Transplantation at Cedars-Sinai. Last author of a 2026 machine-learning study of baseline lung allograft dysfunction, a condition related to but not the same as CLAD.