#cholangiocytes search results

Excellent first session on Bile Acids and the Biliary tree at #EASLmono on #cholangiocytes @EASLnews

Jo_Mertens's tweet image. Excellent first session on Bile Acids and the Biliary tree at #EASLmono on #cholangiocytes @EASLnews

Fotis Sampaziotis makes a functional bile duct from bioengineered scaffold and human #cholangiocytes #ilc2017

basl_events's tweet image. Fotis Sampaziotis makes a functional bile duct from bioengineered scaffold and human #cholangiocytes #ilc2017

Welcome to day2 of #EASLmono conference on #cholangiocytes in Oslo!

EASLedu's tweet image. Welcome to day2 of #EASLmono conference on #cholangiocytes in Oslo!

3/3 Thank you all for the opportunity to help you and learn. I am leaving with incredible memories of good times, my head full of fat, #cholangiocytes and mast cells #livercool

thehepatologist's tweet image. 3/3 Thank you all for the opportunity to help you and learn. I am leaving with incredible memories of good times, my head full of fat, #cholangiocytes and mast cells #livercool
thehepatologist's tweet image. 3/3 Thank you all for the opportunity to help you and learn. I am leaving with incredible memories of good times, my head full of fat, #cholangiocytes and mast cells #livercool
thehepatologist's tweet image. 3/3 Thank you all for the opportunity to help you and learn. I am leaving with incredible memories of good times, my head full of fat, #cholangiocytes and mast cells #livercool
thehepatologist's tweet image. 3/3 Thank you all for the opportunity to help you and learn. I am leaving with incredible memories of good times, my head full of fat, #cholangiocytes and mast cells #livercool

Cystic fibrosis transmembrane conductance regulator (CFTR) is located on the apical membrane of #cholangiocytes where it has a major role in modifying bile properties (fluidity and pH) go.nature.com/2QRfmqE #liverdisease

NatRevGastroHep's tweet image. Cystic fibrosis transmembrane conductance regulator (CFTR) is located on the apical membrane of #cholangiocytes where it has a major role in modifying bile properties (fluidity and pH)

go.nature.com/2QRfmqE

#liverdisease

The biliary-endothelial link was of interest to us since in vitro #PSC #cholangiocytes induced HUVEC migration ‼️Importantly, this was blocked with Ambrisentan

LiverNotFighter's tweet image. The biliary-endothelial link was of interest to us since in vitro #PSC #cholangiocytes induced HUVEC migration
‼️Importantly, this was blocked with Ambrisentan

#EASLmono conference day 3 is starting in Oslo! Sessions on management of #biliary disorders, welcome! #cholangiocytes

EASLedu's tweet image. #EASLmono conference day 3 is starting in Oslo! Sessions on management of #biliary disorders, welcome!  #cholangiocytes

Happy #FluorescenceFriday. I recently spent some time doing some Structured Illumination #Microscopy. I've never seen such amazing cytoskeleton imaging on these biliary epithelial cells/#cholangiocytes😍😍. Looking forward to having more time on it! ❤️🔬CK19 - cytokeratin-19.

ScottPLand's tweet image. Happy #FluorescenceFriday. I recently spent some time doing some Structured Illumination #Microscopy. I've never seen such amazing cytoskeleton imaging on these biliary epithelial cells/#cholangiocytes😍😍. Looking forward to having more time on it! ❤️🔬CK19 - cytokeratin-19.

#Bioprinting #BiliaryTree Self-assembly of #Cholangiocytes into functional lumenized branched #BileDucts (min ɸ10 μm) in photopolymerizable Col/HA/Fibrinogen hydrogel #DigitalLightProcessing Stereolithography Dr. Alexandra Fuchs lab @Biomaterials_ 2021 sciencedirect.com/science/articl…

HaoYin20's tweet image. #Bioprinting #BiliaryTree

Self-assembly of #Cholangiocytes into functional lumenized branched #BileDucts (min ɸ10 μm) in photopolymerizable Col/HA/Fibrinogen hydrogel

#DigitalLightProcessing Stereolithography 

Dr. Alexandra Fuchs lab @Biomaterials_ 2021
sciencedirect.com/science/articl…

Bittersweet feelings today as we wish Estanislao the best in his next steps of his career. Good luck and looking forward to future collaborations!! @kishor_pant @UMNresearch @UMNCancer @UMN_DOMResearch #cholangiocytes #cilia #cholangiocarcinoma #hormelInstitute

GradiloneSergio's tweet image. Bittersweet feelings today as we wish Estanislao the best in his next steps of his career. Good luck and looking forward to future collaborations!! @kishor_pant @UMNresearch @UMNCancer @UMN_DOMResearch #cholangiocytes #cilia #cholangiocarcinoma #hormelInstitute

Watch #EASLmono conference debrief on #cholangiocytes in health & disease bit.ly/2tjsZFS #cholangiopathies #translationalresearch


We show how the process involves dynamic shape changes and cytoskeleton rearrangements in larger CD8+ T cell which allow them to interact with the biliary epithelial cells #BEC #Cholangiocytes and invade them. This required a wide range of #microscopy ❤️🔬

ScottPLand's tweet image. We show how the process involves dynamic shape changes and cytoskeleton rearrangements in larger CD8+ T cell which allow them to interact with the biliary epithelial cells #BEC #Cholangiocytes and invade them. This required a wide range of #microscopy  ❤️🔬

Backstage! #EASLmono on #cholangiocytes debrief is ongoing with the organizers! Stay tuned for the video & webcasts on #livertree

EASLedu's tweet image. Backstage! #EASLmono on #cholangiocytes debrief is ongoing with the organizers! Stay tuned for the video & webcasts on #livertree

💡 We used double spheroids to explore laminin's influence. #Cholangiocytes in a laminin-rich environment showed reduced migration and retained cholangiocyte markers, suggesting #laminin acts as a gatekeeper, preserving the biliary phenotype.

RitaManco3's tweet image. 💡 We used double spheroids to explore laminin's influence. #Cholangiocytes in a laminin-rich environment showed reduced migration and retained cholangiocyte markers, suggesting #laminin acts as a gatekeeper, preserving the biliary phenotype.

Access the webcasts, eposters & abstracts from #EASLmono on #Cholangiocytes in #health & disease on #EASL #LiverTree bit.ly/2tjEope

EASLnews's tweet image. Access the webcasts, eposters & abstracts from #EASLmono on #Cholangiocytes in #health & disease on #EASL #LiverTree bit.ly/2tjEope

Mark your agenda! buff.ly/2h4MpYu Discover the monothematic conference on #cholangiocytes in health and disease

EASLnews's tweet image. Mark your agenda! buff.ly/2h4MpYu Discover the monothematic conference on #cholangiocytes in health and disease

#GUTOnline #RecentAdvancesInBasicScience paper by Lou et al "Heterogeneity and plasticity of cholangiocytes in liver injury: a journey from pathophysiology to therapeutic utility" via bit.ly/4e1jyyu #Cholangiocytes

Gut_BMJ's tweet image. #GUTOnline #RecentAdvancesInBasicScience paper by Lou et al

"Heterogeneity and plasticity of cholangiocytes in liver injury: a journey from pathophysiology to therapeutic utility" via

bit.ly/4e1jyyu

#Cholangiocytes
Gut_BMJ's tweet image. #GUTOnline #RecentAdvancesInBasicScience paper by Lou et al

"Heterogeneity and plasticity of cholangiocytes in liver injury: a journey from pathophysiology to therapeutic utility" via

bit.ly/4e1jyyu

#Cholangiocytes
Gut_BMJ's tweet image. #GUTOnline #RecentAdvancesInBasicScience paper by Lou et al

"Heterogeneity and plasticity of cholangiocytes in liver injury: a journey from pathophysiology to therapeutic utility" via

bit.ly/4e1jyyu

#Cholangiocytes

#GUTOnline #RecentAdvancesInBasicScience paper by Lou et al "Heterogeneity and plasticity of cholangiocytes in liver injury: a journey from pathophysiology to therapeutic utility" via bit.ly/4e1jyyu #Cholangiocytes

Gut_BMJ's tweet image. #GUTOnline #RecentAdvancesInBasicScience paper by Lou et al

"Heterogeneity and plasticity of cholangiocytes in liver injury: a journey from pathophysiology to therapeutic utility" via

bit.ly/4e1jyyu

#Cholangiocytes
Gut_BMJ's tweet image. #GUTOnline #RecentAdvancesInBasicScience paper by Lou et al

"Heterogeneity and plasticity of cholangiocytes in liver injury: a journey from pathophysiology to therapeutic utility" via

bit.ly/4e1jyyu

#Cholangiocytes
Gut_BMJ's tweet image. #GUTOnline #RecentAdvancesInBasicScience paper by Lou et al

"Heterogeneity and plasticity of cholangiocytes in liver injury: a journey from pathophysiology to therapeutic utility" via

bit.ly/4e1jyyu

#Cholangiocytes

#GUTOnline #RecentAdvancesInBasicScience paper by Lou et al "Heterogeneity and plasticity of cholangiocytes in liver injury: a journey from pathophysiology to therapeutic utility" via bit.ly/4e1jyyu #Cholangiocytes

Gut_BMJ's tweet image. #GUTOnline #RecentAdvancesInBasicScience paper by Lou et al

"Heterogeneity and plasticity of cholangiocytes in liver injury: a journey from pathophysiology to therapeutic utility" via

bit.ly/4e1jyyu

#Cholangiocytes
Gut_BMJ's tweet image. #GUTOnline #RecentAdvancesInBasicScience paper by Lou et al

"Heterogeneity and plasticity of cholangiocytes in liver injury: a journey from pathophysiology to therapeutic utility" via

bit.ly/4e1jyyu

#Cholangiocytes
Gut_BMJ's tweet image. #GUTOnline #RecentAdvancesInBasicScience paper by Lou et al

"Heterogeneity and plasticity of cholangiocytes in liver injury: a journey from pathophysiology to therapeutic utility" via

bit.ly/4e1jyyu

#Cholangiocytes

#GUTOnline #RecentAdvancesInBasicScience paper by Lou et al "Heterogeneity and plasticity of cholangiocytes in liver injury: a journey from pathophysiology to therapeutic utility" via bit.ly/4e1jyyu #Cholangiocytes

Gut_BMJ's tweet image. #GUTOnline #RecentAdvancesInBasicScience paper by Lou et al

"Heterogeneity and plasticity of cholangiocytes in liver injury: a journey from pathophysiology to therapeutic utility" via

bit.ly/4e1jyyu

#Cholangiocytes
Gut_BMJ's tweet image. #GUTOnline #RecentAdvancesInBasicScience paper by Lou et al

"Heterogeneity and plasticity of cholangiocytes in liver injury: a journey from pathophysiology to therapeutic utility" via

bit.ly/4e1jyyu

#Cholangiocytes
Gut_BMJ's tweet image. #GUTOnline #RecentAdvancesInBasicScience paper by Lou et al

"Heterogeneity and plasticity of cholangiocytes in liver injury: a journey from pathophysiology to therapeutic utility" via

bit.ly/4e1jyyu

#Cholangiocytes

#GUTOnline #RecentAdvancesInBasicScience paper by Lou et al "Heterogeneity and plasticity of cholangiocytes in liver injury: a journey from pathophysiology to therapeutic utility" via bit.ly/4e1jyyu #Cholangiocytes

Gut_BMJ's tweet image. #GUTOnline #RecentAdvancesInBasicScience paper by Lou et al

"Heterogeneity and plasticity of cholangiocytes in liver injury: a journey from pathophysiology to therapeutic utility" via

bit.ly/4e1jyyu

#Cholangiocytes
Gut_BMJ's tweet image. #GUTOnline #RecentAdvancesInBasicScience paper by Lou et al

"Heterogeneity and plasticity of cholangiocytes in liver injury: a journey from pathophysiology to therapeutic utility" via

bit.ly/4e1jyyu

#Cholangiocytes
Gut_BMJ's tweet image. #GUTOnline #RecentAdvancesInBasicScience paper by Lou et al

"Heterogeneity and plasticity of cholangiocytes in liver injury: a journey from pathophysiology to therapeutic utility" via

bit.ly/4e1jyyu

#Cholangiocytes

#GUTOnline paper by Liu @Branden_HY_Liu et al on "Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via bit.ly/3Eg5rYX #Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin

Gut_BMJ's tweet image. #GUTOnline paper by Liu @Branden_HY_Liu et al on

"Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via

bit.ly/3Eg5rYX

#Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin
Gut_BMJ's tweet image. #GUTOnline paper by Liu @Branden_HY_Liu et al on

"Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via

bit.ly/3Eg5rYX

#Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin
Gut_BMJ's tweet image. #GUTOnline paper by Liu @Branden_HY_Liu et al on

"Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via

bit.ly/3Eg5rYX

#Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin
Gut_BMJ's tweet image. #GUTOnline paper by Liu @Branden_HY_Liu et al on

"Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via

bit.ly/3Eg5rYX

#Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin

#GUTOnline paper by Liu @Branden_HY_Liu et al on "Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via bit.ly/3Eg5rYX #Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin

Gut_BMJ's tweet image. #GUTOnline paper by Liu @Branden_HY_Liu et al on

"Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via

bit.ly/3Eg5rYX

#Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin
Gut_BMJ's tweet image. #GUTOnline paper by Liu @Branden_HY_Liu et al on

"Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via

bit.ly/3Eg5rYX

#Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin
Gut_BMJ's tweet image. #GUTOnline paper by Liu @Branden_HY_Liu et al on

"Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via

bit.ly/3Eg5rYX

#Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin
Gut_BMJ's tweet image. #GUTOnline paper by Liu @Branden_HY_Liu et al on

"Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via

bit.ly/3Eg5rYX

#Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin

#GUTOnline paper by Liu @Branden_HY_Liu et al on "Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via bit.ly/3Eg5rYX #Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin

Gut_BMJ's tweet image. #GUTOnline paper by Liu @Branden_HY_Liu et al on

"Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via

bit.ly/3Eg5rYX

#Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin
Gut_BMJ's tweet image. #GUTOnline paper by Liu @Branden_HY_Liu et al on

"Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via

bit.ly/3Eg5rYX

#Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin
Gut_BMJ's tweet image. #GUTOnline paper by Liu @Branden_HY_Liu et al on

"Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via

bit.ly/3Eg5rYX

#Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin
Gut_BMJ's tweet image. #GUTOnline paper by Liu @Branden_HY_Liu et al on

"Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via

bit.ly/3Eg5rYX

#Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin

#GUTOnline paper by Liu @Branden_HY_Liu et al on "Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via bit.ly/3Eg5rYX #Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin

Gut_BMJ's tweet image. #GUTOnline paper by Liu @Branden_HY_Liu et al on

"Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via

bit.ly/3Eg5rYX

#Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin
Gut_BMJ's tweet image. #GUTOnline paper by Liu @Branden_HY_Liu et al on

"Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via

bit.ly/3Eg5rYX

#Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin
Gut_BMJ's tweet image. #GUTOnline paper by Liu @Branden_HY_Liu et al on

"Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via

bit.ly/3Eg5rYX

#Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin
Gut_BMJ's tweet image. #GUTOnline paper by Liu @Branden_HY_Liu et al on

"Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via

bit.ly/3Eg5rYX

#Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin

#GUTOnline paper by Liu @Branden_HY_Liu et al on "Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via bit.ly/3Eg5rYX #Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin

Gut_BMJ's tweet image. #GUTOnline paper by Liu @Branden_HY_Liu et al on

"Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via

bit.ly/3Eg5rYX

#Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin
Gut_BMJ's tweet image. #GUTOnline paper by Liu @Branden_HY_Liu et al on

"Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via

bit.ly/3Eg5rYX

#Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin
Gut_BMJ's tweet image. #GUTOnline paper by Liu @Branden_HY_Liu et al on

"Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via

bit.ly/3Eg5rYX

#Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin
Gut_BMJ's tweet image. #GUTOnline paper by Liu @Branden_HY_Liu et al on

"Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via

bit.ly/3Eg5rYX

#Cholangiocytes @Tacke_lab #Guillot_lab @ChariteBerlin

#GUTOnline paper by Liu @Branden_HY_Liu et al on "Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via bit.ly/3Eg5rYX #Cholangiocytes

Gut_BMJ's tweet image. #GUTOnline paper by Liu @Branden_HY_Liu et al on

"Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via

bit.ly/3Eg5rYX

#Cholangiocytes
Gut_BMJ's tweet image. #GUTOnline paper by Liu @Branden_HY_Liu et al on

"Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via

bit.ly/3Eg5rYX

#Cholangiocytes
Gut_BMJ's tweet image. #GUTOnline paper by Liu @Branden_HY_Liu et al on

"Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via

bit.ly/3Eg5rYX

#Cholangiocytes
Gut_BMJ's tweet image. #GUTOnline paper by Liu @Branden_HY_Liu et al on

"Reactive cholangiocyte-derived ORM2 drives a pathogenic modulation of the injured biliary niche through macrophage reprogramming" via

bit.ly/3Eg5rYX

#Cholangiocytes

💡 We used double spheroids to explore laminin's influence. #Cholangiocytes in a laminin-rich environment showed reduced migration and retained cholangiocyte markers, suggesting #laminin acts as a gatekeeper, preserving the biliary phenotype.

RitaManco3's tweet image. 💡 We used double spheroids to explore laminin's influence. #Cholangiocytes in a laminin-rich environment showed reduced migration and retained cholangiocyte markers, suggesting #laminin acts as a gatekeeper, preserving the biliary phenotype.

📰 New study from a @UniUtrecht research team led by Dr. Zhenguo Wang! They developed an animal-free, chemically defined culture 🧫 system that promotes the intrahepatic cholangiocyte #organoids into mature #cholangiocytes with apical-out polarity. bit.ly/4fkLEVO

organoidscience's tweet image. 📰 New study from a @UniUtrecht research team led by Dr. Zhenguo Wang! 

They developed an animal-free, chemically defined culture 🧫 system that promotes the intrahepatic cholangiocyte #organoids into mature #cholangiocytes with apical-out polarity.

bit.ly/4fkLEVO

Happy #FluorescenceFriday. I recently spent some time doing some Structured Illumination #Microscopy. I've never seen such amazing cytoskeleton imaging on these biliary epithelial cells/#cholangiocytes😍😍. Looking forward to having more time on it! ❤️🔬CK19 - cytokeratin-19.

ScottPLand's tweet image. Happy #FluorescenceFriday. I recently spent some time doing some Structured Illumination #Microscopy. I've never seen such amazing cytoskeleton imaging on these biliary epithelial cells/#cholangiocytes😍😍. Looking forward to having more time on it! ❤️🔬CK19 - cytokeratin-19.

The biliary-endothelial link was of interest to us since in vitro #PSC #cholangiocytes induced HUVEC migration ‼️Importantly, this was blocked with Ambrisentan

LiverNotFighter's tweet image. The biliary-endothelial link was of interest to us since in vitro #PSC #cholangiocytes induced HUVEC migration
‼️Importantly, this was blocked with Ambrisentan

3/3 Thank you all for the opportunity to help you and learn. I am leaving with incredible memories of good times, my head full of fat, #cholangiocytes and mast cells #livercool

thehepatologist's tweet image. 3/3 Thank you all for the opportunity to help you and learn. I am leaving with incredible memories of good times, my head full of fat, #cholangiocytes and mast cells #livercool
thehepatologist's tweet image. 3/3 Thank you all for the opportunity to help you and learn. I am leaving with incredible memories of good times, my head full of fat, #cholangiocytes and mast cells #livercool
thehepatologist's tweet image. 3/3 Thank you all for the opportunity to help you and learn. I am leaving with incredible memories of good times, my head full of fat, #cholangiocytes and mast cells #livercool
thehepatologist's tweet image. 3/3 Thank you all for the opportunity to help you and learn. I am leaving with incredible memories of good times, my head full of fat, #cholangiocytes and mast cells #livercool

📢Call for Reading: Biological Effects of Transforming Growth Factor Beta in Human Cholangiocytes #mdpibiology via @biology_mdpi 👀👉mdpi.com/1578958 #cholangiocytes; TGF-β; #proteomics

Biology_MDPI's tweet image. 📢Call for Reading:

Biological Effects of Transforming Growth Factor Beta in Human Cholangiocytes #mdpibiology via @biology_mdpi
👀👉mdpi.com/1578958

#cholangiocytes; TGF-β; #proteomics

We show how the process involves dynamic shape changes and cytoskeleton rearrangements in larger CD8+ T cell which allow them to interact with the biliary epithelial cells #BEC #Cholangiocytes and invade them. This required a wide range of #microscopy ❤️🔬

ScottPLand's tweet image. We show how the process involves dynamic shape changes and cytoskeleton rearrangements in larger CD8+ T cell which allow them to interact with the biliary epithelial cells #BEC #Cholangiocytes and invade them. This required a wide range of #microscopy  ❤️🔬

No results for "#cholangiocytes"

Excellent first session on Bile Acids and the Biliary tree at #EASLmono on #cholangiocytes @EASLnews

Jo_Mertens's tweet image. Excellent first session on Bile Acids and the Biliary tree at #EASLmono on #cholangiocytes @EASLnews

Fotis Sampaziotis makes a functional bile duct from bioengineered scaffold and human #cholangiocytes #ilc2017

basl_events's tweet image. Fotis Sampaziotis makes a functional bile duct from bioengineered scaffold and human #cholangiocytes #ilc2017

Welcome to day2 of #EASLmono conference on #cholangiocytes in Oslo!

EASLedu's tweet image. Welcome to day2 of #EASLmono conference on #cholangiocytes in Oslo!

Watch #EASLmono conference debrief on #cholangiocytes in health & disease bit.ly/2tjsZFS #cholangiopathies #translationalresearch


Cystic fibrosis transmembrane conductance regulator (CFTR) is located on the apical membrane of #cholangiocytes where it has a major role in modifying bile properties (fluidity and pH) go.nature.com/2QRfmqE #liverdisease

NatRevGastroHep's tweet image. Cystic fibrosis transmembrane conductance regulator (CFTR) is located on the apical membrane of #cholangiocytes where it has a major role in modifying bile properties (fluidity and pH)

go.nature.com/2QRfmqE

#liverdisease

State of the art lecture #EASLmono: Nicholas LaRusso on the increasing number of publications on #cholangiocytes

EASLedu's tweet image. State of the art lecture #EASLmono: Nicholas LaRusso on the increasing number of publications on #cholangiocytes

Frédéric Lemaigre on role of miR-337-3p #EASLmono #cholangiocytes

EASLedu's tweet image. Frédéric Lemaigre on role of miR-337-3p #EASLmono #cholangiocytes

#EASLmono conference day 3 is starting in Oslo! Sessions on management of #biliary disorders, welcome! #cholangiocytes

EASLedu's tweet image. #EASLmono conference day 3 is starting in Oslo! Sessions on management of #biliary disorders, welcome!  #cholangiocytes

Backstage! #EASLmono on #cholangiocytes debrief is ongoing with the organizers! Stay tuned for the video & webcasts on #livertree

EASLedu's tweet image. Backstage! #EASLmono on #cholangiocytes debrief is ongoing with the organizers! Stay tuned for the video & webcasts on #livertree

Jan Hengstler amazing imagining and videos on domino effect of bile infract formation #EASLmono #cholangiocytes

EASLedu's tweet image. Jan Hengstler amazing imagining and videos on domino effect of bile infract formation #EASLmono #cholangiocytes

From Oslo, welcome to #EASLmono on #cholangiocytes! Packed room for 3 days of cutting edge clinical, translational & basic research!

EASLedu's tweet image. From Oslo, welcome to #EASLmono on #cholangiocytes! Packed room for 3 days of cutting edge clinical, translational & basic research!

Access the webcasts, eposters & abstracts from #EASLmono on #Cholangiocytes in #health & disease on #EASL #LiverTree bit.ly/2tjEope

EASLnews's tweet image. Access the webcasts, eposters & abstracts from #EASLmono on #Cholangiocytes in #health & disease on #EASL #LiverTree bit.ly/2tjEope

3/3 Thank you all for the opportunity to help you and learn. I am leaving with incredible memories of good times, my head full of fat, #cholangiocytes and mast cells #livercool

thehepatologist's tweet image. 3/3 Thank you all for the opportunity to help you and learn. I am leaving with incredible memories of good times, my head full of fat, #cholangiocytes and mast cells #livercool
thehepatologist's tweet image. 3/3 Thank you all for the opportunity to help you and learn. I am leaving with incredible memories of good times, my head full of fat, #cholangiocytes and mast cells #livercool
thehepatologist's tweet image. 3/3 Thank you all for the opportunity to help you and learn. I am leaving with incredible memories of good times, my head full of fat, #cholangiocytes and mast cells #livercool
thehepatologist's tweet image. 3/3 Thank you all for the opportunity to help you and learn. I am leaving with incredible memories of good times, my head full of fat, #cholangiocytes and mast cells #livercool

#GUTOnline #RecentAdvancesInBasicScience paper by Lou et al "Heterogeneity and plasticity of cholangiocytes in liver injury: a journey from pathophysiology to therapeutic utility" via bit.ly/4e1jyyu #Cholangiocytes

Gut_BMJ's tweet image. #GUTOnline #RecentAdvancesInBasicScience paper by Lou et al

"Heterogeneity and plasticity of cholangiocytes in liver injury: a journey from pathophysiology to therapeutic utility" via

bit.ly/4e1jyyu

#Cholangiocytes
Gut_BMJ's tweet image. #GUTOnline #RecentAdvancesInBasicScience paper by Lou et al

"Heterogeneity and plasticity of cholangiocytes in liver injury: a journey from pathophysiology to therapeutic utility" via

bit.ly/4e1jyyu

#Cholangiocytes
Gut_BMJ's tweet image. #GUTOnline #RecentAdvancesInBasicScience paper by Lou et al

"Heterogeneity and plasticity of cholangiocytes in liver injury: a journey from pathophysiology to therapeutic utility" via

bit.ly/4e1jyyu

#Cholangiocytes

#Bioprinting #BiliaryTree Self-assembly of #Cholangiocytes into functional lumenized branched #BileDucts (min ɸ10 μm) in photopolymerizable Col/HA/Fibrinogen hydrogel #DigitalLightProcessing Stereolithography Dr. Alexandra Fuchs lab @Biomaterials_ 2021 sciencedirect.com/science/articl…

HaoYin20's tweet image. #Bioprinting #BiliaryTree

Self-assembly of #Cholangiocytes into functional lumenized branched #BileDucts (min ɸ10 μm) in photopolymerizable Col/HA/Fibrinogen hydrogel

#DigitalLightProcessing Stereolithography 

Dr. Alexandra Fuchs lab @Biomaterials_ 2021
sciencedirect.com/science/articl…

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