Nomenclature of the finer branches of the biliary tree: Canals, ductules, and ductular reactions in human livers

Tania Roskams(Zero to Three), Neil D. Theise(Mount Sinai Beth Israel), Charles Balabaud(Inserm), Govind Bhagat(Columbia University), Prithi S. Bhathal(The University of Melbourne), Paulette Bioulac‐Sage(Inserm), Elizabeth M. Brunt(Saint Louis University), James M. Crawford(University of Florida), Heather A. Crosby(University of Birmingham), Valeer Desmet(KU Leuven), Milton J. Finegold(Texas Children's Hospital), Stephen A. Geller(Cedars-Sinai Medical Center), Annette S.H. Gouw(University of Groningen), Prodromos Hytiroglou(Aristotle University of Thessaloniki), Alexander S. Knisely(King's College Hospital), Masamichi Kojiro(Kurume University), Jay H. Lefkowitch(Columbia University), Yasuni Nakanuma(Kanazawa University), John K. Olynyk(The University of Western Australia), Young Nyun Park(Yonsei University), Bernard Portmann(King's College Hospital), Romil Saxena(Indiana University School of Medicine), Peter J. Scheuer(The Royal Free Hospital), Alastair J. Strain(University of Birmingham), Swan N. Thung(Icahn School of Medicine at Mount Sinai), Ian R. Wanless(Toronto General Hospital), Brian A. West(New York University)
Hepatology
April 30, 2004
Cited by 723Open Access
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Abstract

The work of liver stem cell biologists, largely carried out in rodent models, has now started to manifest in human investigations and applications. We can now recognize complex regenerative processes in tissue specimens that had only been suspected for decades, but we also struggle to describe what we see in human tissues in a way that takes into account the findings from the animal investigations, using a language derived from species not, in fact, so much like our own. This international group of liver pathologists and hepatologists, most of whom are actively engaged in both clinical work and scientific research, seeks to arrive at a consensus on nomenclature for normal human livers and human reactive lesions that can facilitate more rapid advancement of our field.


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