Complement modulation of T cell immune responses during homeostasis and disease
Review on the influence of complement proteins, activation fragments, and regulatory receptors on T cell function, noting differences between humans and mice. The complement system is an ancient and critical effector mechanism of the innate immune system as it senses, kills, and clears infectious an...
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Published in | Journal of leukocyte biology Vol. 96; no. 5; pp. 745 - 756 |
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Main Authors | , |
Format | Journal Article |
Language | English |
Published |
United States
Society for Leukocyte Biology
01.11.2014
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Abstract | Review on the influence of complement proteins, activation fragments, and regulatory receptors on T cell function, noting differences between humans and mice.
The complement system is an ancient and critical effector mechanism of the innate immune system as it senses, kills, and clears infectious and/or dangerous particles and alerts the immune system to the presence of the infection and/or danger. Interestingly, an increasing number of reports have demonstrated a clear role for complement in the adaptive immune system as well. Of note, a number of recent studies have identified previously unknown roles for complement proteins, receptors, and regulators in T cell function. Here, we will review recent data demonstrating the influence of complement proteins C1q, C3b/iC3b, C3a (and C3aR), and C5a (and C5aR) and complement regulators DAF (CD55) and CD46 (MCP) on T cell function during homeostasis and disease. Although new concepts are beginning to emerge in the field of complement regulation of T cell function, future experiments should focus on whether complement is interacting directly with the T cell or is having an indirect effect on T cell function via APCs, the cytokine milieu, or downstream complement activation products. Importantly, the identification of the pivotal molecular pathways in the human systems will be beneficial in the translation of concepts derived from model systems to therapeutic targeting for treatment of human disorders. |
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AbstractList | Review on the influence of complement proteins, activation fragments, and regulatory receptors on T cell function, noting differences between humans and mice.
The complement system is an ancient and critical effector mechanism of the innate immune system as it senses, kills, and clears infectious and/or dangerous particles and alerts the immune system to the presence of the infection and/or danger. Interestingly, an increasing number of reports have demonstrated a clear role for complement in the adaptive immune system as well. Of note, a number of recent studies have identified previously unknown roles for complement proteins, receptors, and regulators in T cell function. Here, we will review recent data demonstrating the influence of complement proteins C1q, C3b/iC3b, C3a (and C3aR), and C5a (and C5aR) and complement regulators DAF (CD55) and CD46 (MCP) on T cell function during homeostasis and disease. Although new concepts are beginning to emerge in the field of complement regulation of T cell function, future experiments should focus on whether complement is interacting directly with the T cell or is having an indirect effect on T cell function via APCs, the cytokine milieu, or downstream complement activation products. Importantly, the identification of the pivotal molecular pathways in the human systems will be beneficial in the translation of concepts derived from model systems to therapeutic targeting for treatment of human disorders. Review on the influence of complement proteins, activation fragments, and regulatory receptors on T cell function, noting differences between humans and mice. The complement system is an ancient and critical effector mechanism of the innate immune system as it senses, kills, and clears infectious and/or dangerous particles and alerts the immune system to the presence of the infection and/or danger. Interestingly, an increasing number of reports have demonstrated a clear role for complement in the adaptive immune system as well. Of note, a number of recent studies have identified previously unknown roles for complement proteins, receptors, and regulators in T cell function. Here, we will review recent data demonstrating the influence of complement proteins C1q, C3b/iC3b, C3a (and C3aR), and C5a (and C5aR) and complement regulators DAF (CD55) and CD46 (MCP) on T cell function during homeostasis and disease. Although new concepts are beginning to emerge in the field of complement regulation of T cell function, future experiments should focus on whether complement is interacting directly with the T cell or is having an indirect effect on T cell function via APCs, the cytokine milieu, or downstream complement activation products. Importantly, the identification of the pivotal molecular pathways in the human systems will be beneficial in the translation of concepts derived from model systems to therapeutic targeting for treatment of human disorders. The complement system is an ancient and critical effector mechanism of the innate immune system as it senses, kills, and clears infectious and/or dangerous particles and alerts the immune system to the presence of the infection and/or danger. Interestingly, an increasing number of reports have demonstrated a clear role for complement in the adaptive immune system as well. Of note, a number of recent studies have identified previously unknown roles for complement proteins, receptors, and regulators in T cell function. Here, we will review recent data demonstrating the influence of complement proteins C1q, C3b/iC3b, C3a (and C3aR), and C5a (and C5aR) and complement regulators DAF (CD55) and CD46 (MCP) on T cell function during homeostasis and disease. Although new concepts are beginning to emerge in the field of complement regulation of T cell function, future experiments should focus on whether complement is interacting directly with the T cell or is having an indirect effect on T cell function via APCs, the cytokine milieu, or downstream complement activation products. Importantly, the identification of the pivotal molecular pathways in the human systems will be beneficial in the translation of concepts derived from model systems to therapeutic targeting for treatment of human disorders. |
Author | Clarke, Elizabeth V. Tenner, Andrea J. |
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27 Arvieux (2023032708375589700_) 1988; 65 Cardone (2023032708375589700_) 2010; 11 Benoit (2023032708375589700_) 2013; 288 Heeger (2023032708375589700_) 2012; 217 Martin (2023032708375589700_) 1997; 186 Teh (2023032708375589700_) 2011; 48 Alexander (2023032708375589700_) 2008; 107 Delamarre (2023032708375589700_) 2006; 203 Pavlov (2023032708375589700_) 2008; 181 Yuan (2023032708375589700_) 2012; 12 Clarke (2023032708375589700_) 2014 Dunkelberger (2023032708375589700_) 2012; 188 Carter (2023032708375589700_) 1992; 256 Chen (2023032708375589700_) 1994; 153 LeFriec (2023032708375589700_) 2012; 13 Baudino (2023032708375589700_) 2014; 111 Carroll (2023032708375589700_) 2012; 37 Korb (2023032708375589700_) 1997; 158 Amarilyo (2023032708375589700_) 2010; 40 Christmas (2023032708375589700_) 2006; 119 Bensa (2023032708375589700_) 1983; 216 Dietzschold (2023032708375589700_) 1995; 130 Gao (2023032708375589700_) 2011; 140 Benoit (2023032708375589700_) 2012; 188 Klos (2023032708375589700_) 2009; 46 Ricklin (2023032708375589700_) 2010; 11 Fremeaux-Bacchi (2023032708375589700_) 2006; 17 LeFriec (2023032708375589700_) 2013; 14 Karp (2023032708375589700_) 1996; 273 Kwan (2023032708375589700_) 2012; 122 |
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SubjectTerms | Animals C1q C5a CD46 CD55 Antigens - genetics CD55 Antigens - immunology CD55 Antigens - metabolism Complement C1q - genetics Complement C1q - immunology Complement C1q - metabolism Complement C3 - genetics Complement C3 - immunology Complement C3 - metabolism Complement C5a - genetics Complement C5a - immunology Complement C5a - metabolism Complement System Proteins - genetics Complement System Proteins - immunology Complement System Proteins - metabolism DAF Homeostasis - genetics Homeostasis - immunology Humans Immunomodulation Membrane Cofactor Protein - genetics Membrane Cofactor Protein - immunology Membrane Cofactor Protein - metabolism Reviews T-Lymphocytes - immunology T-Lymphocytes - metabolism |
Title | Complement modulation of T cell immune responses during homeostasis and disease |
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