Near Infrared Probes (NIR probes)
Fluoptics launches a range of innovative NIR molecular probes for animal imaging. These near infrared (NIR) probes work in a preferential wave range for in vivo fluorescence imaging called "biological window". These products are detected deeper while minimizing the absorption of the fluorescence by tissues
NIR probes - AngioStamp™
Fluorescent probe targeting specifically αvβ3 integrin associated with a near-infrared fluorophore (NIR). AngioStamp™ is a specific fluorescent probe available at two wavelengths (700 nm/800 nm). AngioStamp™ is optimized for combined use with Fluobeam™.
Fluorescent probe targeting specifically αvβ3 integrin associated with a near-infrared fluorophore (NIR). AngioStamp™ is a specific fluorescent probe available at two wavelengths (700 nm/800 nm). AngioStamp™ is optimized for combined use with Fluobeam™.
| Excitation max | Emission max | |
| AngioStamp™ 700 | 680 nm | 700 nm |
| AngioStamp™ 800 | 780 nm | 795 nm |
More infoDocumentation
Applications
AngioStamp™ applications - Tumor imaging 
AngioStamp™ applications - Angiogenesis imaging
AngioStamp™ applications - Tumor imaging AngioStamp™ applications - Angiogenesis imaging Bibliography :
Garanger.E et al., 2005, Molecular Therapy
Jin.ZH et al., 2007, Molecular Cancer
Sancey.L et al., 2009, Molecular Therapy
Sancey.L et al., 2009, International Journal of Pharmaceutics
Mery. E et al, 2011, Gynecologic Oncology
Garanger.E et al., 2005, Molecular Therapy
Jin.ZH et al., 2007, Molecular Cancer
Sancey.L et al., 2009, Molecular Therapy
Sancey.L et al., 2009, International Journal of Pharmaceutics
Mery. E et al, 2011, Gynecologic Oncology
AngioStamp™ 700 
NIR probes - SentiDye™
Near infrared non-specific marker, this nano-emulsion presents a high chemical stability due to the encapsulation of the near infrared fluorophore (NIR), improving its optical properties.
Near infrared non-specific marker, this nano-emulsion presents a high chemical stability due to the encapsulation of the near infrared fluorophore (NIR), improving its optical properties.
| Excitation max | Emission max | |
| SentiDye™ 700 | 750 nm | 775 nm |
| SentiDye™ 800 | 800 nm | 820 nm |
More infoDocumentation
Applications
SentiDye™ applications - Lymphatic drainage imaging 
SentiDye™ applications - Vascular system imaging 
SentiDye™ applications - Vascular system imaging
SentiDye™ applications - Lymphatic drainage imaging SentiDye™ applications - Vascular system imaging SentiDye™ applications - Vascular system imaging Bibliography :
Navarro.FP et al., 2009, Progress in Biomedical optics and imaging
Navarro.FP et al., 2009, Progress in Biomedical optics and imaging
AngioLone™
Peptide template containing the targeting sequence of AngioStamp™ to which any fluorophore compatible with the labelling process (Amine reactive probe).can be grafted.
Peptide template containing the targeting sequence of AngioStamp™ to which any fluorophore compatible with the labelling process (Amine reactive probe).can be grafted.