PolySciTech® is proud to present high quality fluorescent dyes and probes. The probes have excellent quantum yields and high brightness—to make even minute structures inside cells visible under fluorescent microscopy.
The P-series fluorescent tags attach to proteins and serve as light-emitting labels allowing the proteins to be tracked. These fluorophores bind via a vinyl sulfone functional unit to amines and thiols under slightly basic condition rendering an antibody, protein marker, or other moeity fluorescent to aid in microscope visualization.
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Brochures & Documents
- Flamma® Fluor Dyes
- NpFlamm® MMP Series
- FSD Fluor™ Series
- Fluorescent Secondary Antibodies
- BioActs Fluorescence Dyes and Probes Product Catalog
- BioActs Cell Imaging Probes
- In Vivo Imaging Dye & Probes
- Polystyrene Bead Technote
- BioActs Flamma Fluors Brochure
- BioActs NpFlama Series Brochure
- BioActs ApoFlamma Series Brochure
- BioActs Flamma NIR Fluors Dyes Brochure
- BioActs Flamma Fluors PS Bead Series Brochure
- BioActs Oligonucleotide Brochure
- BioActs Synthesis Service Brochure
FPI-749 and PolyVivo intermediate AI10
This animation compares two processed images of a mouse injected with FPI-749 to produce a fluorescent subcutaneous locator in the right shoulder. The injection area was marked with indelible ink which can be seen in both the visible-light and near-infrared (IR) images. The FPI-749 appears as brightly illuminated spots in the near-IR picture. Details are available in Near-IR imaging of FPI-749 conjugated PLGA microparticles. The chart on the right shows where FPI-749's emission wavelength falls in the spectrum.
Spectrum Color Key
These screen colors approximate the wavelength colors. Infrared and ultraviolet appear as black.