Localisation of C reactive protein in infarcted tissue sites of multiple organs during sepsis
Alexi Baidoshvili, R. Nijmeijer, Wim K. Lagrand, C.E. Hack, Hans W.M. Niessen
Abstract
Alexi Baidoshvili, R. Nijmeijer, Wim K. Lagrand, C.E. Hack, Hans W.M. Niessen
Abstract
This report hypothesises an active role for the acute phase protein, C reactive protein (CRP), in local inflammatory reactions. This was studied in infarction sites from liver and kidney in a patient who died as a result of multiple complications after cholecystectomy. In this patient, a general acute phase protein reaction was induced, with an increase in plasma CRP. In infarction sites of kidney and liver, colocalisation of CRP and activated complement were found, whereas non-infarct sites were negative for CRP and complement. These results suggest that CRP directly participates in local inflammatory processes, possibly via complement activation, after binding of a suitable ligand.
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This report hypothesises an active role for the acute phase protein, C reactive protein (CRP), in local inflammatory reactions. This was studied in infarction sites from liver and kidney in a patient who died as a result of multiple complications after cholecystectomy. In this patient, a general acute phase protein reaction was induced, with an increase in plasma CRP. In infarction sites of kidney and liver, colocalisation of CRP and activated complement were found, whereas non-infarct sites were negative for CRP and complement. These results suggest that CRP directly participates in local inflammatory processes, possibly via complement activation, after binding of a suitable ligand.
Key concepts: Acute-phase protein, C-reactive protein, Complement system, Sepsis, Kidney, Medicine, Inflammation, Infarction