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2004•Progress in Veterinary MedicineRequires access

Studies on Erythrocyte Immune Function in Eperythrozoonosis

Chunguang Wang

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Abstract

Erythrocyte immune function was studied in animals (pigs and sheep) with acute eperythrozoonosis.The results showed that The animals infected with eperythrozoon in the experimental groups showed a significant decrease of RBC-CR1 rosette formation rate, and the likeness of RBC-IC rosette formation rate. The results confirmed that erythrocyte immune function is decreased in acute infected animals because eperythrozoon has deformed the C3b receptors on the erythrocyte surface which are connected with the erythrocyte immunity adhesion.

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What this paper is about

Erythrocyte immune function was studied in animals (pigs and sheep) with acute eperythrozoonosis.The results showed that The animals infected with eperythrozoon in the experimental groups showed a significant decrease of RBC-CR1 rosette formation rate, and the likeness of RBC-IC rosette formation rate. The results confirmed that erythrocyte immune function is decreased in acute infected animals because eperythrozoon has deformed the C3b receptors on the erythrocyte surface which are connected with the erythrocyte immunity adhesion.

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Available abstract

Erythrocyte immune function was studied in animals (pigs and sheep) with acute eperythrozoonosis.The results showed that The animals infected with eperythrozoon in the experimental groups showed a significant decrease of RBC-CR1 rosette formation rate, and the likeness of RBC-IC rosette formation rate. The results confirmed that erythrocyte immune function is decreased in acute infected animals because eperythrozoon has deformed the C3b receptors on the erythrocyte surface which are connected with the erythrocyte immunity adhesion.

Key concepts: Immune system, Rosette (schizont appearance), Immune adherence, Biology, Immunity, Immunology, Receptor, Rosette formation

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