Sequential changes in plasma proteins in various acute diseases

  • C.-O. Kindmark


The increase in the erythrocyte sedimentation rate (ESR) has long been used as a measure of the intensity of the systemic effect of inflammation. As fibrinogen, the immunoglobulins and β-lipoprotein influence the height of the ESR, the clinician requires more specific information. Since the introduction of methods for determination of specific plasma proteins, attention has been focussed on the concentration of only one, or at most a few, of these proteins in various acute diseases. In Professor Laurell’s laboratory in Malmö we have tested a battery of specific proteins in a series of diseases to study its potential clinical diagnostic value. A question that has interested us is whether the inflammatory response varies in intensity with the tissue affected. Because of the limited time available, I will confine myself to the proteins, which are the topic of today’s session, i.e. the acute phase proteins. Here I include only those which increase rapidly in acute conditions, i.e. C-reactive protein (CRP), antichymotrypsin, αl-antitrypsin (αl-AT), orosomucoid, haptoglobin and fibrinogen.


Plasma Protein Sequential Change Acute Phase Protein Acute Phase Reactant Reaction Pattern 
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  1. 1.
    Kindmark, C.-O., Möller, H. and Neumann, E. Ultraviolet light inflammation and C-reactive protein in a case of agranulocytosis with erysipelas. Acta Dermatovener., (Stockholm), 51 (1971), 210Google Scholar
  2. 2.
    Ganrot, K. (1974). On plasma proteins in inflammation, University of Malmö (Thesis)Google Scholar

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© The Contributors 1976

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  • C.-O. Kindmark

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