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BDP FL (Boron-Dipyrromethene Fluorescein) is a bright, green-fluorescent dye with high photostability and sharp absorption (~503 nm) and emission (~512 nm) spectra. Its high quantum yield and resistance to photobleaching make BDP FL ideal for imaging, FRET, and flow cytometry. The dye’s narrow spectral peaks enhance signal clarity, making it perfect for sensitive and precise detection in diverse biological and chemical research applications.

BDP FL

Cat# Name Structure M.W. Purity Pricing
AP10635BDP FL acid292.09≥95% Pricing
AP12820BDP FL alkyne329.15≥ 95% Pricing
AP12825BDP FL hydrazide342.58≥ (95%) Pricing
AP12822BDP FL azide374.20≥ 95% Pricing
AP12827BDP FL NHS ester389.16≥ (95+%) Pricing
AP12826BDP FL maleimide414.21≥ (95%) Pricing
AP12821BDP FL amine426.74≥ (95%) Pricing
AP12828BDP FL tetrazine475.3≥ (95%) Pricing
AP14418BDP FL-PEG4-amine TFA salt510.40≥95% Pricing
AP14416BDP FL-PEG5-propargyl549.40≥95% Pricing
AP13757BDP FL ceramide573.57≥95% Pricing
AP14420BDP FL-PEG5-azide580.40≥95% Pricing
AP14419BDP FL-PEG5-acid583.40≥95% Pricing
AP12824BDP FL DBCO592.49≥ (95%) Pricing

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    BDP FL Dye: Spectral Properties

    BDP FL (Boron-Dipyrromethene Fluorescein) is a bright and highly photostable green-fluorescent dye known for its sharp absorption and emission spectra. These properties make BDP FL ideal for a wide range of fluorescence applications, including imaging, FRET, and flow cytometry.

    Spectral Properties of BDP FL:

    • Absorption Maximum: ~503 nm
    • Emission Maximum: ~512 nm
    • Stokes Shift: ~9 nm
    • High Quantum Yield: BDP FL exhibits a high quantum yield, providing strong fluorescence signals with minimal light loss.
    • Photostability: BDP FL maintains fluorescence intensity over time, resisting photobleaching during prolonged exposure.
    • Sharp Spectra: The narrow absorption and emission peaks reduce spectral overlap, enhancing signal clarity in multiplex assays.

    BDP FL’s bright fluorescence, high photostability, and well-defined spectral properties make it a reliable dye for sensitive and precise fluorescence detection in various biological and chemical research applications.