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Siderophores

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Aerobactin (Fe-free) 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4019.0001

Albomycin (HPLC pure)



Albomycin (HPLC pure) 1 mg
390,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4044.0001

Coprogen 1 mg
195,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4002.0001

Desferri-Arthrobactin 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4018.0001

Desferrichrome 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4025.0001

Desferrichrome A 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4026.0001

Desferricoprogen 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4020.0001

Desferricrocin 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4027.0001

Desferrifusigen 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4021.0001

Desferriornibactin C6 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4031.0001

Desferriornibactins 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4030.0001

Desferrioxamine E 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4022.0001

Desferrioxamine G 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4023.0001

Desferrirhodin 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4028.0001

Desferrirubin 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4029.0001

Desferritriacetylfusarinine C 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4034.0001

DHBS monomer (Fe-free) 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4041.0001

Enterobactin (Fe-free)



Enterobactin (Fe-free) 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4038.0001

Fe-Aerobactin 1 mg
195,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4001.0001

Fe-Arthrobactin 1 mg
195,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4000.0001

Fe-Enterobactin (Fe-form) 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4035.0001

Fe-Rhizoferrin (R, R)



Fe-Rhizoferrin (R, R) 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4015.0001

Fe-Rhodotorulic acid 1 mg
195,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4006.0001

Fe-Salmochelin S4 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4036.0001

Fe-Schizokinen 1 mg
195,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4016.0001

Fe-Yersiniabactin 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4037.0001

Ferrichrome 1 mg
195,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4007.0001

Ferrichrome A 1 mg
195,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4008.0001

Ferrichrysin 1 mg
195,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4009.0001

Ferricrocin 1 mg
195,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4010.0001

Ferrioxamine E 1 mg
195,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4004.0001

Ferrioxamine G 1 mg
195,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4005.0001

Ferrirhodin 1 mg
195,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4011.0001

Ferrirubin 1 mg
195,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4012.0001

Fusigen 1 mg
195,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4003.0001

HPLC-Cal. Kit Coprogens 1 mg
390,00 € (EUR) - HPLC-Calibration Kit (qualitative, approximately 1 mg total) for Coprogen (Fe-Dimerum acid, Coprogen, Neocoprogen I, Neocoprogen II, Fusigen and Triacetylfusigen). - S4049.0001

HPLC-Cal. Kit Enterobactin 1 mg
390,00 € (EUR) - HPLC-Calibration Kit (qualitative, approximately 1 mg total) for Enterobactin plus Tri-, Di- and Monomer. - S4045.0001

HPLC-Cal. Kit Ferrichromes 1 mg
390,00 € (EUR) - HPLC-Calibration Kit (qualitative, approximately 1 mg total) for Ferrichromes (Ferrichrome, Ferricrocin, Ferrichrysin, Ferrirubin, Ferrirhodin and Ferrichome A). - S4048.0001

HPLC-Cal. Kit Ferrioxamines 1 mg
390,00 € (EUR) - HPLC-Calibration Kit (qualitative, approximately 1 mg total) for Ferrioxamines (B, D1, E, G1). - S4047.0001

HPLC-Cal. Kit Salmochelins 1 mg
390,00 € (EUR) - HPLC-Calibration Kit (qualitative, approximately 1 mg total) for Salmochelins (S1, S2, S3, S4). - S4046.0001

Linear Dimer (Fe-free) 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4040.0001

Linear Trimer (Fe-free) 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4039.0001

Ornibactin 1 mg
195,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4013.0001

Ornibactin C6 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4014.0001

Pyoverdine P. aeruginosa 1 mg
260,00 € (EUR) - Pyoverdines (ferric and ferric free) from Pseudomonas strains. Pyoverdine P. aeruginosa ATCC 27853. More pyoverdines can be supplied on request. - S4052.0001
1 mg 260,00 € , 1 mg 260,00 €

Pyoverdine P. fluorescens 1 mg
260,00 € (EUR) - Pyoverdines (ferric and ferric free) from Pseudomonas strains. Pyoverdine P. fluorescens ATCC 13525. More pyoverdines can be supplied on request. - S4050.0001
1 mg 260,00 €

Pyoverdine P. putida 1 mg
260,00 € (EUR) - Pyoverdines (ferric and ferric free) from Pseudomonas strains. Pyoverdine P. putida WCS358. More pyoverdines can be supplied on request. - S4055.0001
1 mg 260,00 €

Pyoverdine P. tolaasii 1 mg
260,00 € (EUR) - Pyoverdines (ferric and ferric free) from Pseudomonas strains. Pyoverdine P. tolaasii. More pyoverdines can be supplied on request. - S4057.0001

Rhizoferrin (Fe-free) 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4032.0001

Rhodotorulic acid (Fe-free) 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4024.0001

Salmochelin S4 (Fe-free) 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4042.0001

Schizokinen (Fe-free) 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4033.0001

Triacetylfusarinine C 1 mg
195,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4017.0001

Yersiniabactin (Fe-free) 1 mg
260,00 € (EUR) - Siderophores (Greek for iron carrier) are a group of about 200 iron (Fe3+) binding chelating compounds (oligopepdides) produced by bacteria, fungi and plant roots, secreted to the surrounding medium. Siderophores show a very high affinity to Fe3+ ions, which allows to overcome the very low availability of soluble Fe3+ ions. - S4043.0001


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