Cyanagen produces RUTHENIUM COMPLEXES for fluorescence polarization assays and fluorescence lifetime imaging applications.
The labels obtained from these complexes are remarkably stable both chemically and photochemically.
They can be used in fluorescence polarization assays, time-resolved immunoassays, ECL immunoassays and to label amines on biomolecules under mild conditions.
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RUTHENIUM COMPLEXES
PRODUCT LINE
RUTHENIUM COMPLEXES
Features
- Chemical and fotochemical stability
- High fluorescence duration
- Large Stokes shifts
Applications
Fluorescent Gel Staining
Imaging
Protein Labeling
Products collected in this line
| PRODUCT NAME | FEATURES | CAT: NR |
|---|---|---|
| RUB-C4-NH2 Ruthenium Complexes |
Useful label for fluorescence and electrochemiluminescence detection Reacts towards electrophiles With an activated carboxylic acid forms stable amide bond under mild conditions 452 nm (H2O) 628 nm (H2O) |
F3R010A |
| RUB-C3-CHO Ruthenium Complexes |
Useful label for fluorescence and electrochemiluminescence detection Reacts with primary and secondary amine-containing molecules to form Schiff bases Reacts towards hydrazine and especially hydrazide derivatives to create a hydrazone linkage, relatively more stable than the easily reversible Schiff base bond In both cases reductive amination with sodium cyanoborohydride reduces the double bond to form a stable covalent linkage 452 nm (H2O) 628 nm (H2O) |
F3R020X |
| RUB-C0-VY Ruthenium Complexes |
Useful label for fluorescence and electrochemiluminescence detection Undergoes reductive electropolymerization to form high quality electroactive polymer films 452 nm (H2O) 628 nm (H2O) |
F3R030X |
| [Ru(BPS)2BPY]Na2•9H2O Ruthenium Complexes |
Its electrochemiluminescence signal is 15 times higher compared to that shown by the tris(2,2’-bipyridine) complex 432 nm (H2O) 618 nm (H2O) |
F3R498X |
| RuBPS(BPY)2•4H2O Ruthenium Complexes |
Its electrochemiluminescence signal is 25 times higher compared to that shown by the tris(2,2’-bipyridine) complex 452 nm (H2O) 620 nm (H2O) |
F3R297X |
| [Ru(BPS)3]Na4•6H2O Ruthenium Complexes |
Its electrochemiluminescence signal is 5 times higher compared to that shown by the tris(2,2’-bipyridine) complex 464 nm (H2O) 615 nm (H2O) |
F3R699X |
| Ru(BPS)2Cl2•9H2O Ruthenium Complexes |
452 nm (H2O) 628 nm (H2O) |
F0R400X |
| Ru(BP)3 (PF6)2 Ruthenium Complexes |
Widely used for the preparation of luminescent Oxygen sensors The fluorescence is strongly reduced by molecular Oxygen due to quenching Probes are based on the measurement of intensity or decay time 455 nm (H2O) 615 nm (H2O) |
F3R050X |
| RUB-C3-COOH Ruthenium Complexes |
Useful label for fluorescence and electrochemiluminescence detection Reacts towards amines via carbodiimide activation 450 nm (H2O) 628 nm (H2O) |
F3R001C |
| RUB-C3LC-COOH Ruthenium Complexes |
Useful label for fluorescence and electrochemiluminescence detection Reacts towards amines via carbodiimide activation 452 nm (H2O) 628 nm (H2O) |
F3R051C |
Products references of RUTHENIUM COMPLEXES Line
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