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Regulation and expression of the metal citrate transporter CitM of Bacillus subtilis

de Jonge - Warner, J. 2002 Groningen: s.n.. 128 p.

Research output: ScientificDoctoral Thesis


  • titlecon.pdf

    Final published version, 96 KB, PDF-document

  • c1.pdf

    Final published version, 567 KB, PDF-document

  • c2.pdf

    Final published version, 278 KB, PDF-document

  • c3.pdf

    Final published version, 176 KB, PDF-document

  • c4.pdf

    Final published version, 240 KB, PDF-document

  • c5.pdf

    Final published version, 264 KB, PDF-document

  • c6.pdf

    Final published version, 420 KB, PDF-document

  • c7.pdf

    Final published version, 144 KB, PDF-document

  • c8.pdf

    Final published version, 160 KB, PDF-document

  • list_of_publications.pdf

    Final published version, 80 KB, PDF-document

  • reference.pdf

    Final published version, 162 KB, PDF-document

  • thesis.pdf

    Final published version, 2 MB, PDF-document

  • Jessica de Jonge - Warner
The main topic of this thesis is the regulation of transcription of the citM gene of Bacillus subtilis, encoding the major metal citrate transporter. CitM belongs to a small family of secondary transport proteins, the MeCit family, that is comprised of 12 members. CitM mediates the transport of metal citrate (Me2+*:citrate3-) across the cell membrane in an electrogenic pmf-driven manner, meaning that at least two protons are cotransported. The divalent metal ions that can be taken up in complex with nitrate include magnesium, manganese, nickel, cobalt and zinc.
Original languageEnglish
QualificationDoctor of Philosophy
Award date3-Jan-0002
Place of PublicationGroningen
StatePublished - 2002


  • Proefschriften (vorm), Genregulatie, Genexpressie, Citraten, Bacillus subtilis, Transporteiwitten, 42.15

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