Catalog name Description price
R-M2-10833 CY5-EBP-Heparan Sulfate CY5 labeled EBP peptide heparan sulfate/CY5-EBP peptide-Heparan Sulfate/Cyanine5-EBP-Heparan Sulfate is a fluorescent labeled peptide complex. It can be used for cell surface targeted tracking, molecular interaction studies, in vivo imaging experiments, drug carrier construction, and pathological mechanism research. price>
R-M2-10836 CY7-Calcium L-Threonate CY7-Calcium L-Threonate/Calcium L-Threonate,CY7 labeled is a calcium L-threonate labeled with CY7 near-infrared fluorescent group, which belongs to the fluorescence modified chiral bioactive molecule. Currently, it is only used as a scientific research reagent and has no clinical products on the market. As a fluorescent probe, it is used for in vitro/in vivo imaging validation of delivery systems such as liposomes targeting vascular endothelial CD31. It is suitable for experimental scenarios such as near-infrared live imaging and cell fluorescence tracing, and can achieve high-sensitivity signal detection under low background. price>
R-M2-10840 Cy5.5-D-Lysine Cy5.5-D-Lysine/Cyanine5.5-D-Lysine/D-Lysine,Cy5.5 labeled/D-Lysine,Cyanine5.5 labeled is a D-type lysine labeled with Cy5.5 near-infrared fluorescent group, belonging to the chiral fluorescence modification class of scientific research reagents. As a chiral fluorescent probe, it is used for tracking the absorption, transport, and metabolism of D-type lysine in vivo. It can be used for fluorescent labeling of biological molecules such as peptides and proteins, and is suitable for low background and high-sensitivity experimental scenarios such as near-infrared in vivo imaging and cell fluorescence tracing. price>
R-M2-10856 Sulfo-Cy5-SH Sulfo Cyanine5 SH /Sulfo Cyanine5 thiol is a highly active water-soluble near-infrared thiol fluorescent dye, which is a core functional reagent for targeted labeling of biomolecules and fluorescent modification of nanomaterials. It is suitable for scenarios such as flow cytometry, confocal microscopy, and in vivo near-infrared imaging, achieving long-term visualization tracking of specific molecules within cells. price>