BCOUniversity

1. Bacteria
  • Escherichia coli

  • 2. Fungi
  • Saccharomyces cerevisiae

  • 3. Higher eukaryotes
  • Mouse
  • Human

  • Click on the gels to enlarge!


    1. Bacteria

    Escherichia coli

    Whole cell extract
    (pH 4-7, 100 µg)
    E. coli (pH 4-7)
    Whole cell extract
    (pH 3-10NL, 100 µg)
    E. coli (pH 3-10)
    approx. 1200 spotsapprox. 1200 spots
    Preparation protocol



    2. Fungi

    Saccharomyces cerevisiae

    Whole cell extract
    (pH 3-10NL, 100 µg)
    Whole yeast extract (pH 3-10)
    Mitochondria
    (pH 3-10NL, 100 µg)
    Yeast mitochondria (pH 3-10)
    Mitochondria
    (pH 3-10NL, 600 µg)
    Yeast mitochondria (pH 3-10)
    approx. 1400 spotsapprox. 1200 spotsapprox. 1400 spots
    Preparation protocolPreparation protocol



    For more information see:

    YMP (Yeast Mitochondrial Proteome 2-D database) or
    Ohlmeier et al. (2004)


    3. Higher eukaryotes

    Mouse

    Kidney
    (pH 3-10NL, 100 µg)
    Kidney (pH 3-10)
    Bone (calvaria)
    (pH 3-10NL, 100 µg)
    Calvaria (pH 3-10)
    Bone (femur)
    (pH 3-10NL, 100 µg)
    Femur (pH 3-10)
    approx. 1300 spotsapprox. 1200 spotsapprox. 1350 spots
    Preparation protocol Preparation protocol

    T-cells from spleen
    (pH 3-10NL, 100 µg)
    T-cells (pH 3-10)
    Mouse fibroblast cell line NIH3T3,
    intracellular
    (pH 3-10NL, 100 µg)
    NIH3T3 (pH 3-10)
    approx. 1300 spotsapprox. 1100 spots
    Preparation protocolPreparation protocol


    Human

    Serum
    (pH 3-10NL, 200 µg)
    Serum (pH 3-10NL)
    Tooth (pulp tissue)
    (pH 3-10NL, 500 µg)
    Tooth, pulp tissue (pH 3-10NL)
    approx. 500 spotsapprox. 650 spots
    Preparation protocolPreparation protocol



    For more information see:

    Tooth pulp 2-D database





    Questions? Comments?
    Please contact Steffen Ohlmeier