JavaScript is disabled in your browser. Please enable JavaScript to view this website.

ATTO 542

$undefined

ATTO 542

ATTO 542

ATTO 542 is a new fluorescent label related to ATTO 532 .

Optical properties

  • λ abs = 542 nm
  • ε max = 1.2×105 M -1 cm -1
  • λ fl = 562 nm
  • n fl = 93 %
  • τ fl = 3.7 ns
  • CF 260 = ε 260max = 0.18
  • CF 280 = ε 280 / ε max = 0.08
    ATTO 542 DPPE Labeled Phospholipid 5 mg

    ATTO 542 DPPE Labeled Phospholipid 5 mg

    ATTO 542 DPPE Labeled Phospholipid 1 mg

    ATTO 542 DPPE Labeled Phospholipid 1 mg

    ATTO 542 Peg(3)-Azide Fluorescent Label 1 mg

    ATTO 542 Peg(3)-Azide Fluorescent Label 1 mg

    ATTO 542 NHS-ester Fluorescent Label 5 mg

    ATTO 542 NHS-ester Fluorescent Label 5 mg

    ATTO 542 Maleimide Fluorescent Label 1 mg

    ATTO 542 Maleimide Fluorescent Label 1 mg

    ATTO 542 Biotin Fluorescent Label 5 mg

    ATTO 542 Biotin Fluorescent Label 5 mg

    ATTO 542 Biotin Fluorescent Label 1 mg

    ATTO 542 Biotin Fluorescent Label 1 mg

    ATTO 542 Carboxy Fluorescent Label 5 mg

    ATTO 542 Carboxy Fluorescent Label 5 mg

    ATTO 542 Phalloidin Fluorescent Label 10 nmol

    ATTO 542 Phalloidin Fluorescent Label 10 nmol

    ATTO 542 Peg(4)-DBCO Fluorescent Label 1 mg

    ATTO 542 Peg(4)-DBCO Fluorescent Label 1 mg

    ATTO 542 is a new fluorescent label related to ATTO 532 .

    Optical properties

    • λ abs = 542 nm
    • ε max = 1.2×105 M -1 cm -1
    • λ fl = 562 nm
    • n fl = 93 %
    • τ fl = 3.7 ns
    • CF 260 = ε 260max = 0.18
    • CF 280 = ε 280 / ε max = 0.08
      • ATTO 542 is a new fluorescent label related to ATTO 532.

        The new dye is very hydrophilic and shows excellent water solubility. Characteristic features of the label are strong absorption and high photo-stability. The dye shows a very high fluorescence quantum yield even after coupling to a biomolecule. ATTO 542 is very suitable for oligonucleotide labeling, single-molecule detection applications and high-resolution microscopy (PALM, dSTORM, STED etc.). Additionally the dye strongly qualifies to be applied in flow cytometry (FACS), fluorescence in-situ hybridization (FISH and many more.

        After coupling to a substrate the dye carries a net electrical charge of - 3. The fluorescence is excited most efficiently in the range 520 - 555 nm.

        ATTO-TEC is a wholly owned subsidiary of Leica Microsystems