Red Fluorescent Proteins (RFP s)
Red Fluorescent Proteins
A large selection of red fluorescent proteins with colors ranging from red-orange to near-infrared and optimized for different applications is offered.
• Superbright fluorescence
• Very fast maturation
• Optimal for cell labeling
Red fluorescent TurboFPs are fluorescent proteins with colors ranging from red-orange to near-infrared characterized by superbright fluorescence and superior fast maturation. These proteins are recommended for applications requiring fast appearance of bright fluorescence, including cell and organelle labeling or tracking promoter activity. The far-red marker TurboFP635 is ideal for whole body imaging applications.
DsRed-Express and TurboFP635 expression in transgenic Xenopus laevis.
Transgenic 2.5 months living animals expressing DsRed-Express (left) or TurboFP635 (right) under the control of cardiac actin promoter are shown from the dorsal side.
• Bright monomeric proteins
• Excellent performance in fusions
• Wide color palette
Red fluorescent TagFPs comprise monomeric fluorescent proteins that are optimized for protein localization, protein interaction studies and stable expression in long term cultures. They can also be used for other cell labeling applications.
Red fluorescent TagFPs demonstrate successful performance in fusions with cellular proteins and can be expressed in various heterological systems. In combination with other fluorescent proteins, they provide unique possibilities for multicolor labeling of subcellular structures.
mKate2 performance in fusions.
mKate2 expressed as fusion protein with a-actinin, zyxin, b-actin, a-tubulin, and many other proteins.
• Near-infrared fluorescence with emission maximum at 670 nm
• Extremely high photostability
• Fluorescent signal is easily distinguished from background fluorescence
NirFP (scientific name eqFP670) is a red-shifted variant of TurboFP635 (Katushka). NirFP is characterized by a strong bathochromic shift, with excitation and emission peaks at 605 nm and 670 nm, respectively. It is currently the most red-shifted fluorescent protein available, with approximately half of emission falling in the infrared part of the spectrum.
NirFP is recommended for multicolor applications. It can also be used for whole body imaging utilizing long wavelengths for excitation (e.g., 633 or 635 nm laser lines).
For detailed information on all red fluorescent protein vectors available, see links above and below.
RFP cDNA Vectors
RFP Vectors for Expressing Fusion Proteins
Cell Lines stably transfected with fluorescent proteins
RFP Vectors for in situ Organelle Labeling
Cell Lines with labeled mitochondria
Cell Lines with labeled peroxisomes
RFP Vectors for Labeling Cytoskeletal and Adhesion Proteins
Cell Lines with labeled actin
Cell Lines with labeled fibrillarin
Cell Lines with labeled tubulin
RFP Vectors for Labeling Gap Junction Proteins
RFP Vectors for Labeling Vesicular Transport Proteins
Promoterless RFP Reporter Vectors