IR Fluors, also known as infrared fluorescent dyes or probes, are a class of molecules that emit fluorescence in response to excitation by infrared light. These dyes are widely used in a variety of applications, including biological imaging, chemical sensing, and materials science.
IR Fluors have several advantages over traditional fluorescent dyes, such as improved tissue penetration and reduced background fluorescence. This makes them particularly useful for deep-tissue imaging and in vivo applications.
In addition, IR Fluors can be conjugated to a variety of biomolecules, such as antibodies or peptides, to specifically target and label particular cells or tissues. This allows for the visualization and quantification of specific biological processes in real-time.
|IR 650 Fluor|
|AP12492||IR 650 Alkyne||972.17||≥95%||Pricing|
|AP12490||IR 650 Azide||1017.21||≥95%||Pricing|
|AP12488||IR 650 NHS ester||1032.18||≥95%||Pricing|
|AP12489||IR 650 Maleimide||1057.23||≥95%||Pricing|
|AP12491||IR 650 Picolyl Azide||1137.32||≥95%||Pricing|
|AP12493||IR 650 DBCO||1193.43||≥95%||Pricing|
|IR 680LT Fluor|
|AP12495||IR 680LT NHS ester||1320.46||≥95%||Pricing|
|AP12494||IR 680LT Maleimide||1345.52||≥95%||Pricing|
|IR 750 Fluor|
|AP12500||IR 750 Alkyne||1038.27||≥95%||Pricing|
|AP12498||IR 750 Azide||1083.32||≥95%||Pricing|
|AP12496||IR 750 NHS ester||1098.28||≥95%||Pricing|
|AP12497||IR 750 Maleimide||1137.36||≥95%||Pricing|
|AP12499||IR 750 Picolyl Azide||1203.43||≥95%||Pricing|
|AP12501||IR 750 DBCO||1259.53||≥95%||Pricing|