… Comparative biochemistry of microbial iron assimilation Iron transport in microbes, plants
and animals. Winkelmann G., van der Helm D., and Neilands JB 1987 3 -34 VCH Chemie …

… It is likely that the Mo associated with the cell mass in our experiments was assimilated into
the cells. Another possibility is adsorption onto cell membranes. Adsorptive processes are …

… micronutrient for biological assimilation of nitrogen gas and … high because ammonium
assimilation does not require Mo. In … of nitrogen assimilation in natural microbial communities and …

… microbial and plant Fe transport mechanisms, and most recently on comparison of Fe acquisition
by plants from phytosiderophores and microbial … phores and microbial siderophores by …

… iron deficiency responses owing to its iron-scavenging capacity. CB and DFO are produced
by microbes, … their iron-free form. To test this hypothesis, we analyzed the effect of a synthetic …

… However, while the main molecular mechanisms controlling metal adsorption onto bacterial
surfaces and metal assimilation into microbial cells are identified, this is not so for metal …

… physiological functions are modulated by this molecule: plant defense and iron assimilation.
… work shows that microbial pathogens can modulate the activity of the plant iron acquisition …

… , abiotic and microbial iron and … be assimilated directly, but it also oxidizes rapidly. Free Fe
(aq) 3+ is virtually absent due to high concentrations of strong ligands. Bacteria assimilate the …

… IS involved in many photosynthetic, respiratory and nitrogen assimilation … in C assimilation
[mol C assimilated (mol catalytic metal in enzyme)-^ s*] and the metal cost of C assimilation […

… assimilate siderophores with high affinities for iron(III) gives a microorganism an important
selective advantage under iron… and may also influence microbial iron acquisition. A discussion …