Title : Rapid alterations in transferrin sialylation during sepsis.

Pub. Date : 2005 Jul

PMID : 15988320






5 Functional Relationships(s)
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1 Human serum transferrin contains two biantennary glycans, each consisting of 0 to 4 molecules of sialic acid (SA); its SA content is heterogeneous with high concentration of tetrasialotransferrin (4SA) and low amounts of disialo-, trisialo-, penta-, and hexasialotransferrin. N-Acetylneuraminic Acid transferrin Homo sapiens
2 Human serum transferrin contains two biantennary glycans, each consisting of 0 to 4 molecules of sialic acid (SA); its SA content is heterogeneous with high concentration of tetrasialotransferrin (4SA) and low amounts of disialo-, trisialo-, penta-, and hexasialotransferrin. N-Acetylneuraminic Acid transferrin Homo sapiens
3 Human serum transferrin contains two biantennary glycans, each consisting of 0 to 4 molecules of sialic acid (SA); its SA content is heterogeneous with high concentration of tetrasialotransferrin (4SA) and low amounts of disialo-, trisialo-, penta-, and hexasialotransferrin. N-Acetylneuraminic Acid transferrin Homo sapiens
4 In a sheep model of septic shock secondary to peritonitis, serum free SA was already increased after 15 h. Sepsis is associated with decreased SA content on circulating transferrin and with an increase in blood free SA concentrations. N-Acetylneuraminic Acid transferrin Homo sapiens
5 In a sheep model of septic shock secondary to peritonitis, serum free SA was already increased after 15 h. Sepsis is associated with decreased SA content on circulating transferrin and with an increase in blood free SA concentrations. N-Acetylneuraminic Acid transferrin Homo sapiens