Open AccessReconstruction of the mouse extrahepatic biliary tree using primary human extrahepatic cholangiocyte organoids
Author(s) -
Fotios Sampaziotis,
Alexander W. Justin,
Olivia Tysoe,
Stephen J. Sawiak,
Edmund Godfrey,
Sara Upponi,
Richard L. Gieseck,
Miguel Cardoso De Brito,
Natalie Lie Berntsen,
María José Gómez-Vázquez,
Daniel Ortmann,
Loukia Yiangou,
Alexander Ross,
Johannes Bargehr,
Alessandro Bertero,
Mariëlle C.F. Zonneveld,
Marianne Terndrup Pedersen,
Matthias Pawlowski,
Laura Valestrand,
Pedro Madrigal,
Nikitas Georgakopoulos,
Negar Pirmadjid,
Gregor M. Skeldon,
John F. Casey,
Wenmiao Shu,
Paulina M. Materek,
Kirsten E. Snijders,
Stephanie Brown,
Casey A. Rimland,
Ingrid Simonic,
Susan Davies,
Kim B. Jensen,
Matthias Zilbauer,
William Gelson,
Graeme Alexander,
Sanjay Sinha,
Nicholas R.F. Hannan,
Thomas A. Wynn,
Tom H. Karlsen,
Espen Melum,
Athina E. Markaki,
Kourosh SaebParsy,
Ludovic Vallier
Publication year - 2017
Publication title -
carolina digital repository (university of north carolina at chapel hill)
Language(s) - English
DOI - 10.17615/www4-ar79
Subject(s) - cholangiocyte , organoid , extrahepatic bile ducts , tree (set theory) , primary sclerosing cholangitis , primary (astronomy) , biology , medicine , neuroscience , mathematics , bile duct , physics , mathematical analysis , disease , astronomy