COMMD10 is critical for Kupffer cell survival and controls Ly6Chi monocyte differentiation and inflammation in the injured liver

Summary: Liver-resident macrophages Kupffer cells (KCs) and infiltrating Ly6Chi monocytes both contribute to liver tissue regeneration in various pathologies but also to disease progression upon disruption of orderly consecutive regeneration cascades. Little is known about molecular pathways that re...

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Autores principales: Keren Cohen, Odelia Mouhadeb, Shani Ben Shlomo, Marva Langer, Anat Neumann, Noam Erez, Itay Moshkovits, Rotem Pelet, Daniel J. Kedar, Eli Brazowski, Martin Guilliams, Helen S. Goodridge, Nathan Gluck, Chen Varol
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Publicado: Elsevier 2021
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Acceso en línea:https://doaj.org/article/fe477e9d24474de1a974c2e01f7c0b01
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spelling oai:doaj.org-article:fe477e9d24474de1a974c2e01f7c0b012021-11-18T04:48:02ZCOMMD10 is critical for Kupffer cell survival and controls Ly6Chi monocyte differentiation and inflammation in the injured liver2211-124710.1016/j.celrep.2021.110026https://doaj.org/article/fe477e9d24474de1a974c2e01f7c0b012021-11-01T00:00:00Zhttp://www.sciencedirect.com/science/article/pii/S2211124721015084https://doaj.org/toc/2211-1247Summary: Liver-resident macrophages Kupffer cells (KCs) and infiltrating Ly6Chi monocytes both contribute to liver tissue regeneration in various pathologies but also to disease progression upon disruption of orderly consecutive regeneration cascades. Little is known about molecular pathways that regulate their differentiation, maintenance, or inflammatory behavior during injury. Here, we show that copper metabolism MURR1 domain (COMMD)10-deficient KCs adopt liver-specific identity. Strikingly, COMMD10 deficiency in KCs and in other tissue-resident macrophages impedes their homeostatic survival, leading to their continuous replacement by Ly6Chi monocytes. While COMMD10 deficiency in KCs mildly worsens acetaminophen-induced liver injury (AILI), its deficiency in Ly6Chi monocytes results in exacerbated and sustained hepatic damage. Monocytes display unleashed inflammasome activation and a reduced type I interferon response and acquire “neutrophil-like” and lipid-associated macrophage differentiation fates. Collectively, COMMD10 appears indispensable for KC and other tissue-resident macrophage survival and is an important regulator of Ly6Chi monocyte fate decisions and reparative behavior in the diseased liver.Keren CohenOdelia MouhadebShani Ben ShlomoMarva LangerAnat NeumannNoam ErezItay MoshkovitsRotem PeletDaniel J. KedarEli BrazowskiMartin GuilliamsHelen S. GoodridgeNathan GluckChen VarolElsevierarticleCOMMD10Kupffer cellsLy6Chi monocytesneutrophil-like monocytesdendritic cell like monocyteslipid-associated macrophagesBiology (General)QH301-705.5ENCell Reports, Vol 37, Iss 7, Pp 110026- (2021)
institution DOAJ
collection DOAJ
language EN
topic COMMD10
Kupffer cells
Ly6Chi monocytes
neutrophil-like monocytes
dendritic cell like monocytes
lipid-associated macrophages
Biology (General)
QH301-705.5
spellingShingle COMMD10
Kupffer cells
Ly6Chi monocytes
neutrophil-like monocytes
dendritic cell like monocytes
lipid-associated macrophages
Biology (General)
QH301-705.5
Keren Cohen
Odelia Mouhadeb
Shani Ben Shlomo
Marva Langer
Anat Neumann
Noam Erez
Itay Moshkovits
Rotem Pelet
Daniel J. Kedar
Eli Brazowski
Martin Guilliams
Helen S. Goodridge
Nathan Gluck
Chen Varol
COMMD10 is critical for Kupffer cell survival and controls Ly6Chi monocyte differentiation and inflammation in the injured liver
description Summary: Liver-resident macrophages Kupffer cells (KCs) and infiltrating Ly6Chi monocytes both contribute to liver tissue regeneration in various pathologies but also to disease progression upon disruption of orderly consecutive regeneration cascades. Little is known about molecular pathways that regulate their differentiation, maintenance, or inflammatory behavior during injury. Here, we show that copper metabolism MURR1 domain (COMMD)10-deficient KCs adopt liver-specific identity. Strikingly, COMMD10 deficiency in KCs and in other tissue-resident macrophages impedes their homeostatic survival, leading to their continuous replacement by Ly6Chi monocytes. While COMMD10 deficiency in KCs mildly worsens acetaminophen-induced liver injury (AILI), its deficiency in Ly6Chi monocytes results in exacerbated and sustained hepatic damage. Monocytes display unleashed inflammasome activation and a reduced type I interferon response and acquire “neutrophil-like” and lipid-associated macrophage differentiation fates. Collectively, COMMD10 appears indispensable for KC and other tissue-resident macrophage survival and is an important regulator of Ly6Chi monocyte fate decisions and reparative behavior in the diseased liver.
format article
author Keren Cohen
Odelia Mouhadeb
Shani Ben Shlomo
Marva Langer
Anat Neumann
Noam Erez
Itay Moshkovits
Rotem Pelet
Daniel J. Kedar
Eli Brazowski
Martin Guilliams
Helen S. Goodridge
Nathan Gluck
Chen Varol
author_facet Keren Cohen
Odelia Mouhadeb
Shani Ben Shlomo
Marva Langer
Anat Neumann
Noam Erez
Itay Moshkovits
Rotem Pelet
Daniel J. Kedar
Eli Brazowski
Martin Guilliams
Helen S. Goodridge
Nathan Gluck
Chen Varol
author_sort Keren Cohen
title COMMD10 is critical for Kupffer cell survival and controls Ly6Chi monocyte differentiation and inflammation in the injured liver
title_short COMMD10 is critical for Kupffer cell survival and controls Ly6Chi monocyte differentiation and inflammation in the injured liver
title_full COMMD10 is critical for Kupffer cell survival and controls Ly6Chi monocyte differentiation and inflammation in the injured liver
title_fullStr COMMD10 is critical for Kupffer cell survival and controls Ly6Chi monocyte differentiation and inflammation in the injured liver
title_full_unstemmed COMMD10 is critical for Kupffer cell survival and controls Ly6Chi monocyte differentiation and inflammation in the injured liver
title_sort commd10 is critical for kupffer cell survival and controls ly6chi monocyte differentiation and inflammation in the injured liver
publisher Elsevier
publishDate 2021
url https://doaj.org/article/fe477e9d24474de1a974c2e01f7c0b01
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