Examples of 'siderophores' in a sentence
Meaning of "siderophores"
Siderophores (noun): Molecules that bind and transport iron in microorganisms and plants
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- plural of siderophore
How to use "siderophores" in a sentence
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siderophores
None of these produced volatile inhibitors or siderophores.
These siderophores vary per organism.
Chemistry and biology of siderophores.
Siderophores are deployed as ion scavengers for microbes.
Further examples include plant siderophores such as phytosiderophore.
Physicochemical properties of reversed siderophores.
The production of siderophores also requires the bacterium to expend energy.
They also found that higher concentrations of siderophores predicted hypervirulence.
The role of siderophores in soil microbial communities has rarely been investigated.
Synthesis of reversed siderophores.
Siderophores including enterobactin and rhodotorulic acid have also been studied.
Different sources of iron and siderophores were tested in growth promotion assays.
Siderophores are molecules that bind and transport iron in microorganisms such as bacteria.
Plants such as oats are able to assimilate iron via these microbial siderophores.
Siderophores are also important for some pathogenic bacteria for their acquisition of iron.
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The authors also conclude that the levels of siderophores do not markedly change during exacerbations.
Thus, siderophores are essential for virulence.
In addition, higher concentrations of siderophores were found to predict hypervirulence.
Exemplary compounds include, but are not limited to, nanoparticles and siderophores.
A number of siderophores have been found in Enterobacteriaceae.
Synthetic analogues of catechol-based siderophores are also known.
Many siderophores are nonribosomal peptides, although several are biosynthesised independently.
It may also comprise soluble molecules such as antibiotics, siderophores and vitamins.
To a level under which siderophores and / or transferrins are being expressed by the respective bacteria.
Figure 8 shows an emission spectrum from a typical patient for detection of siderophores.
Many marine siderophores are surface-active and tend to form molecular aggregates, for example aquachelins.
In particular, bacteria have evolved very high-affinity sequestering agents called siderophores.
Instead, molecules called siderophores are secreted by bacteria, which have a high affinity for ferric iron.
One such mechanism is the synthesis of potent iron-chelating compounds called siderophores.
Many bacteria manufacture iron-chelating compounds known as siderophores to facilitate iron acquisition from their environment.
Pullulans " has a high importance in biotechnology for the production of different enzymes, siderophores and pullulan.
In fact, siderophores bind more effectively with gallium than with iron, hijacking the whole process.
In order to catch this mineral compound, microorganisms produce low molecular weight molecules named siderophores.
Figure 6 Siderophores as a mechanism for the inhibition of plant pathogens.
Secreted NGAI then limits bacterial growth by sequestering iron-containing siderophores.
Pyoverdines, pigments, siderophores and potential taxonomic markers of fluorescent Pseudomonas species.
Studies indicate that C. jejuni does not synthesize siderophores Field et al.
These include siderophores and iron restricted outer membrane proteins ( IROMPS ).
Studies indicate that C. jejuni does not synthesize siderophores Field et al . Infect.
Are receptors for the siderophores enterochelin, aerobactin, and ferrichrome.
Lcn2, an acute phase protein, is involved in iron trafficking via siderophores.
Siderophores are of consequence with respect to microbial nutrition, pathogenicity, virulence, and microbe-plant interactions.
Microorganisms synthesize molecules called siderophores ( sd ) to aid fe uptake.
Siderophores and colibactin belong to the same family of molecules, i.e. hybrid polyketide-non ribosomal peptide.
To achieve the iron-chelating effect, desferrioxamine and other siderophores may also be used, e . g.
Siderophores are amongst the strongest soluble Fe3 + binding agents known.
ESI-MS showed that in addition to iron, all 3 siderophores can bind nickel.
The siderophores produced by some bacteria ( Pseudomonas sp . ).
They produce yellow-green pigments ( pyoverdines ) which fluoresce under UV light and function as siderophores.
About 20 % of the aerobic isolates produced siderophores.
