Sean Harrison

[Sean Harrison @seanpharrison86]

Our new paper:
Effect of hypoxia on aquaporins and hepatobiliary transport systems in human hepatic cells @Oslounivsykehus

https://t.co/UKwAyaJJI8

[Hepatic Cell News @hepaticcellnews]

Scientists at @Oslounivsykehus including Dr. Sean Harrison exploited iPSC-derived liver organoids to provide a testing platform for parenteral 👶 nutrition-associated liver disease, including steatosis, cholestasis, and gallbladder sludge.

https://t.co/M5rGqqLaUy

[Sean Harrison @seanpharrison86]

Our new paper is out. Featuring clinically relevant fatty liver #organoids
Parenteral nutrition emulsion inhibits CYP3A4 in an iPSC derived liver organoids testing platform - JPGN
#fattyliver #stemcells @garethjsullivan https://t.co/veDof4IKL6

[Servicio de Hematología. Hosp. U. Morales Meseguer @crh_MoralesIMIB]

New collaboration with colleagues from universities in Oslo (Norway), Yale (USA), Hannover (Germany), Durham (UK), and Charles (Czech Republic) on "Scalable production of tissue-like vascularized liver organoids from human PSCs" published in Exp Mol Med https://t.co/dcuUj7RSMb

[gareth j sullivan @garethjsullivan]

Latets collab paper from great team: 3D microperfusion of mesoscale human microphysiological liver models i... https://t.co/YtUXrEm7oq

[The ReNeural Project @ReNeural]

Technique for producing #bioprinted #vascularized mini-livers, called #organoids, that is actually scalable. The mini-organs closely resemble real livers in structure and have been successfully transplanted into mice. A leap forward for #tissueengineering

https://t.co/53iB16tHn8

[Organoid News @organoidscience]

Recent study by scientists including Drs. @garethjsullivan, @seanpharrison86, and @ugedelamorbar outlines the scalable production of tissue-like vascularized liver #organoids from human #PSCs. @UniOslo_HTH

✅ https://t.co/c7A0KkTE36

[Sean Harrison @seanpharrison86]

Our paper is finally out!
https://t.co/jVlNSf1u3A

[gareth j sullivan @garethjsullivan]

Here is latest publication on Scalable Liver Organoids with a liver like milieu of hepatic cells and function, from @sullivanjsullivan lab,

https://t.co/iFhzpJtb4C

[gareth j sullivan @garethjsullivan]

Hi All just want to share a collaborative project. Aagenaes syndrome/lymphedema cholestasis syndrome 1 is caused by a fou... https://t.co/lz018BjoCG

[Frontiers - Physiology @FrontPhysiol]

New Research: “iPSC-derived liver organoids and inherited bleeding disorders: Potential and future perspectives” https://t.co/vdQXC8Jk8p #Physiology

[Sean Harrison @seanpharrison86]

Just posted a photo @ Svalbard https://t.co/IAQ8mjVq14

[Sean Harrison @seanpharrison86]

Just posted a photo @ 1889 https://t.co/d3r04F06n9

[Sean Harrison @seanpharrison86]

We're on a paper @garethjsullivan:
Autophagy modulates cell fate decisions during lineage commitment https://t.co/CNUWiwdEq1

[Jim Pritchett @JimPritchett]

This is an interesting review of 3D #liver organoids derived from iPSCs by @seanpharrison86 and colleagues. How organotypic is your organoid?

[Sean Harrison @seanpharrison86]

#science #liver #organoids

[Sean Harrison @seanpharrison86]

Our review is out 😎

Liver Organoids: Recent Developments, Limitations and Potential https://t.co/nzZTIQWowE

[gareth j sullivan @garethjsullivan]

Latest review from the Sullivan group and our collaborators in Prague! It provides an overview of the liver organoid landscape.

Liver Organoids: Recent Developments, Limitations and Potential https://t.co/9GU1bpZBPm

[Elisabeth Andersen @Elisande80]

Our manuscript on the molecular characterization of two homozygous factor VII variants associated with intracranial bleeding is now available on-line https://t.co/CgFj8kFHIK

[ACS Analytical Chemistry Journals @an_chem]

New paper by @StevenRayOslo and co-workers: Mass spectrometry-measurements of organoid drug metabolism, following 96-well format electromembrane extraction. #ACSAuthorChoice https://t.co/gegGaghv1N