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Siderophore

The structures of 5-ethyl-1 ]-methyl-9-oxo-5,l l-dihydro-9/7-pyrido[2,1-6]-quinazohne-8-carboxylic acid (00K669), the chromophore 4 of isopyoverdin siderophores (01T1019), and that of 5,5n,6,7,8,9-hexahydro-l l//-pyrido [2,]-6]quinazoline (99SL1383) were justified by X-ray analysis. [Pg.260]

Raymond, K. N., Muller, G., and Matzanke, B. F. Complexation of Iron by Siderophores A Review of Their Solution and Structural Chemistry and Biological Function. 123 49-102 (1984). [Pg.264]

Complexation of iron by siderophores. A review of their solution and structural chemistry and biological function. K. N. Raymond, G. Muller and B. F. Matzanke, Top. Curr. Chem., 1984,123, 49 (227). [Pg.68]

Siderophore mediated absorption of iron. R. C. Hider, Struct. Bonding (Berlin), 1984, 58, 25 (324). [Pg.71]

Chattaraj PK, Parr RG (1993) Density Functional Theory of Chemical Hardness. 80 11-26 Cheh AM, Neilands JP (1976) The j -Aminoevulinate Dehydratases Molecular and Environmental Properties. 29 123-169 Chimiak A, Neilands JB (1984) Lysine Analogues of Siderophores. 58 89-96 Christensen JJ, see Izatt RM (1973) 16 161-189... [Pg.243]

Henry M, Jolivet JP, Livage J (1991) Aqueous Chemistry of Metal Cations Hydrolysis, Condensation and Complexation. 77 153-206 Hider RC (1984) Siderophores Mediated Absorption of Iron. 57 25-88 Hill HAO, Rdder A, Williams RJP (1970) The Chemical Nature and Reactivity of Cytochrome P-450. 8 123-151... [Pg.247]

Neilands JB (1972) Evolution of Biological Iron Binding Centers. II 145-170 Neilands JB (1984) Methodology of Siderophores. 58 1-24... [Pg.252]

Siderophores like desferrioxamine may, therefore, find increasing applications not only in the treatment of iron poisoning and iron-overloaded disease states but also as chemotherapeutic agents, although the possible problems noted above cannot be ignored. [Pg.474]

Jones R.L. Grady R.W. (1983) Siderophores as antimicrobial agents. EurJ Clin Microbiol, 2, 411-413. [Pg.490]

In response to iron deprivation, E. chrysanthemi induces the synthesis of siderophores and also the transcription of pectate lyase genes (52). The pelB, pelC, pelE and pelL genes are induced under Umited iron-deprivation whereas pelD is only induced under severe iron-deprivation (53). Iron sensing in E. [Pg.321]

Soft rot spreading depends on the efficiency of the iron uptake pathway mediated by the siderophore chrysobactin. Biosynthesis of the ferrichrysobactin outer membrane receptor (Fct) and of the chrysobactin precursor, i.e. the activated form of 2,3-dihydroxybenzoic acid, are encoded by an operon,/cr ebsCEBA [3]. [Pg.875]

Iff the light of the above data, we examined the incidence of the cbrA21 (chrysobactin siderophore produced constitutively) and kdgR mutations on the transcriptional activity of pel genes. We chose to study pelD uidA and pelE uidA that proved to be well expressed in planta and whose suceptibility to iron limitation is different ... [Pg.877]

The mutant L37 cbrA21 is affected as regards to its iron uptake pathway mediated by the siderophore achromobactin. Because this mutation results in derepression of the chrysobactin mediated iron transport pathway, the mutant is probably less susceptible to iron deprivation than wild-type cells are, when entering the host. This results in a delay in Pels production thus leading to delayed symptoms, as reported by Sauvage and Expert (1994). [Pg.879]

Mahd, B., Masclaux, C., Rauscher, L., Enard, C., and Expert, D. 1995. Differential expression of two siderophore-dependent-iron acquisition pathways in Erwinia cf santhemi 3937 characterization of a novel ferrisiderophore permease of the ABC transporter family. Mol. Microbiol. 18 33-43... [Pg.880]

Wandersman C, P Delepelaire (2004) Bacterial iron sources from siderophores to hemophores. Annu Rev Microbiol 58 611-647. [Pg.146]

Although Fe is required as a trace element, its uptake is critically regulated since excess leads to the generation of toxic hydroxyl radicals, and complex interactions involving Fe(II) and Fe(HI) exist within the cell (Touati et al. 1995). The role of Fe(III)-complexing siderophores in maintaining homeostasis has been noted in Chapter 3, Part 5. Details of the role of Fe and its relation to the... [Pg.254]


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Amphiphilic marine siderophores

Applications and Future Directions in Siderophore Research

Azomonas and Azotobacter Siderophores

Bacteria siderophores from

Bacteria, iron-siderophore complex transport

Bacterial Hydroxamate Siderophores

Bacterial siderophore

Bacterial siderophores, production

Bidentate siderophores

Binding constants siderophores

Biomimetic siderophores

Biomimetic siderophores conjugates

Biomimetic siderophores ferrichromes

Calcium siderophores

Catecholate siderophore complexes

Catecholates, siderophores

Chelation, iron, siderophores

Citrate siderophores

Complexes siderophores

Dihydroxamate siderophores

Drugs siderophore drug conjugates

Enterobactin catechol-containing siderophore

Erwinia chrysanthemi [Siderophores

Escherichia coli siderophore receptors

Fe3+, siderophores

Ferri-siderophores

Ferrichrome siderophores

Fluorescent siderophores

Fluorescent siderophores natural

Formation constants, hydroxamate siderophore

Formation of Amides Citrate-Based Siderophores and Other Compounds

Fungi, iron-siderophore complex transport

Gallium siderophore

Hydroxamate containing siderophores

Hydroxamate siderophore

Hydroxamates, siderophores

Hydroxamic acid siderophores

Iron -siderophore complexes

Iron -siderophore complexes ferrichromes

Iron -siderophore complexes natural siderophores

Iron metabolism siderophores-mediated

Iron protein uptake, siderophore-mediated

Iron siderophore

Iron siderophores

Iron transport siderophores

Iron-siderophore complex transport

Isomeric siderophores

Kinetics of Iron-Siderophore Systems

Ligands siderophores

Membrane siderophore receptors, outer

Metal siderophore complex

Microbial siderophores

Mixed siderophores

Natural siderophores

Natural siderophores antibiotics

Natural siderophores desferrioxamine

Natural siderophores ferrichromes

Natural siderophores ferrioxamines

Ocean siderophore

Octahedral complexes, siderophores

Other Siderophores

Peptide siderophores

Pseudomonas mendocina, siderophores

Pseudomonas siderophores

Pyoverdins and Related Siderophores from Pseudomonas spp

Siderophore Production

Siderophore Recognition and Cellular Uptake

Siderophore Structure

Siderophore catecholate

Siderophore chelate effect

Siderophore complex

Siderophore complexes, plutonium

Siderophore conjugates

Siderophore ferric complexes

Siderophore formation

Siderophore metallate complexes

Siderophore models

Siderophore models and cryptands

Siderophore properties

Siderophore receptors

Siderophore-iron combination

Siderophores

Siderophores

Siderophores Gram-negative bacteria

Siderophores Subject

Siderophores anionic

Siderophores bacteria

Siderophores binding sites

Siderophores bioassays

Siderophores catechol

Siderophores catecholate

Siderophores catecholate type

Siderophores catecholate units

Siderophores cepabactin

Siderophores chelation treatments

Siderophores chemical properties

Siderophores chemistry

Siderophores citrate-hydroxamate

Siderophores classification

Siderophores conjugates

Siderophores cyanobacteria

Siderophores degradation

Siderophores enterobactin

Siderophores extraction from soil

Siderophores fungi

Siderophores graminaceous plants

Siderophores hydroxamate

Siderophores hydroxamate type

Siderophores hydroxamic acid units

Siderophores iron complexes

Siderophores iron release

Siderophores iron-siderophore complex transport

Siderophores metal binding

Siderophores molybdenum

Siderophores naturally occurring

Siderophores phytosiderophores

Siderophores porphyrins

Siderophores production

Siderophores properties

Siderophores reduction

Siderophores representative

Siderophores schizokinen

Siderophores secondary

Siderophores selective iron chelation

Siderophores structural types

Siderophores synthesis

Siderophores synthetic

Siderophores thermodynamic stability

Siderophores uptake pathway

Siderophores vanadium complexes

Siderophores with 2-Oxoglutaric Acid Units

Siderophores with Two Citric Acid Units

Siderophores with Two Hydroxamic Acid Units

Squarine-based siderophore

Structure natural siderophores

Tetradentate siderophores

The Siderophores

Thermodynamics of Iron-Siderophore Interactions

Transferrin siderophores

Tricatecholate siderophore

Trihydroxamate siderophores

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