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Evidence of iron transport activity in pasteurella multocida cultures

, : Evidence of iron transport activity in pasteurella multocida cultures. Journal of Basic Microbiology 25(9): 559-567

It has been established that Pasteurella multocida cultures possess pronounced iron transport activities to accumulate the iron necessary for growth. Experiments with Fe-59 confirmed that the bacterial cells are able to acquire iron without direct contact from high molecular iron substrates, such as iron dextrane, ferritine or transferrine. Microbial siderophores of the hydroxamate and phenolate types, such as desferrioxamin B and enterobactine as well as other iron chelators (phenanthroline, citrate and nitrilotriacetate) decrease the bacterial cell growth or iron incorporation and are relevant for iron transport in P. multocida. The direct analytical identification of siderophores using the reactions by Csaky (hydroxamate type) and Arnow (phenolate type) has proved unsuccessful. The importance of the mannan cell wall polysaccharide is discussed with respect to the iron transport. Thus, in terms of iron accumulation, P. multocida is similar to Yersinia, which also possess an efficient transport system for iron not involving siderophores.

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Related references

Flossmann, K.D.; Grajetzki, C.; Rosner, H., 1985: Demonstration of iron transport activity in Pasteurella multocida cultures. It has been established that Pasteurella multocida cultures possess pronounced iron transport activities to accumulate the iron necessary for growth. Experiments with Fe-59 confirmed that the bacterial cells are able to acquire iron without direct...

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