BDP 576/589 is a borondipyrromethylene dye that is an analogue of BODIPY™ 576/589 dyes. This hydrophobic dye exhibits high quantum yield and long excited state lifetime (~5 nanoseconds). A hydrophobic dye emitting in the orange spectral range with high quantum yield and high molar extinction coefficient. Ideal for experiments measuring fluorescence lifetime and fluorescence polarization.
BDP 576/589
| Cat# | Name | Structure | Pricing |
|---|---|---|---|
| AP12947 | BDP 576/589 carboxylic acid | Pricing | |
| AP15286 | BDP 576/589 azide | Pricing | |
| AP12948 | BDP 576/589 NHS ester | Pricing | |
| AP12949 | BDP 576/589 tetrazine | Pricing |
BDP 576/589 is a fluorescent dye and an analogue of BODIPY™ 576/589, known for emitting bright fluorescence. With an absorption peak at 576 nm and an emission peak at 589 nm, it fits perfectly within the orange-red spectral range. Researchers frequently use BDP 576/589 in fluorescence imaging, flow cytometry, and fluorescence-based assays. Like BODIPY™ dyes, it offers high photostability, excellent brightness, and minimal background fluorescence, making it a valuable tool in biological research and diagnostics.
Key Applications of BDP 576/589:
- Fluorescence Imaging: Delivers bright, stable fluorescence, ideal for live-cell and fixed-cell imaging in the orange-red spectrum.
- Flow Cytometry: Detects and analyzes cells or particles with high sensitivity and minimal background noise.
- Fluorescence-based Assays: Supports enzyme-linked assays (ELISA) for detecting and quantifying biomolecules.
- Biomolecule Labeling: Tags proteins, nucleic acids, and other biomolecules for clear visualization.
- FRET (Förster Resonance Energy Transfer): Facilitates studies of molecular interactions through FRET experiments.
- Diagnostics: Detects markers or pathogens in diagnostic tests with strong fluorescence and low background signal.
- Molecular Probes: Tracks molecular dynamics and cellular events in biochemical and cellular studies.
This dye’s high photostability and reliable fluorescence make it indispensable for various research and diagnostic applications.