In response to sterile liver injury, CCR2hiCX3CR1low inflammatory monocytes infiltrate the liver and form a ringlike structure around the injury site. The cells then transition into CCR2lowCX3CR1hi alternative monocytes that enter the injury site; this phenotypic transition was required for optimal repair.
A dynamic spectrum of monocytes arising from the in situ reprogramming of CCR2+ monocytes at a site of sterile injury
D. Dal‐Secco,Jing Wang,Zhutian Zeng,E. Kolaczkowska,Connie H. Y. Wong,B. Petri,R. Ransohoff,I. Charo,C. Jenne,P. Kubes
Published 2015 in Journal of Experimental Medicine
ABSTRACT
PUBLICATION RECORD
- Publication year
2015
- Venue
Journal of Experimental Medicine
- Publication date
2015-04-06
- Fields of study
Biology, Medicine
- Identifiers
- External record
- Source metadata
Semantic Scholar, PubMed
CITATION MAP
EXTRACTION MAP
CLAIMS
CONCEPTS
- ccr2hicx3cr1low inflammatory monocytes
A monocyte subset characterized by high CCR2 and low CX3CR1 expression, representing the inflammatory infiltrating population in this paper.
Aliases: CCR2+ inflammatory monocytes
- ccr2lowcx3cr1hi alternative monocytes
A monocyte subset characterized by low CCR2 and high CX3CR1 expression, representing the later state described in the injury site.
Aliases: alternative monocytes
- in situ reprogramming
A local phenotypic change occurring within the tissue environment at the injury site.
Aliases: local reprogramming
- optimal repair
The level of tissue repair used as the favorable repair outcome in this injury setting.
Aliases: repair
- ringlike structure
A spatial arrangement in which cells accumulate in a ring around the injury site.
Aliases: ring structure
- sterile liver injury
Liver tissue damage without an infectious cause, used here as the injury context for monocyte responses.
Aliases: sterile injury
REFERENCES
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