Fluorescent Proteins

Enhanced Green Fluorescent Protein (EGFP)

🧪 EGFP-3

Source: E.coli

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mCherry Fluorescent Protein

🧪 mCherry-5

Source: E.coli

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Recombinant YFP Protein

🧪 YFP-6

Source: E.coli

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Purified fluorescent protein ECFP

🧪 ECFP-20

Source: E.coli

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Purified fluorescent protein TGFP

🧪 TGFP-23

Source: E.coli

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Recombinant Cyan Fluorescent Protein

🧪 CFP-140

Source: E.coli

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Protein Length: 234 aa

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Recombinant Cyan Fluorescent Protein

🧪 CFP-142

Source: Mammalian Cells

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Protein Length: 233 aa

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Recombinant Yellow Fluorescent Protein

🧪 YFP-146

Source: E.coli

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Protein Length: 237 aa

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Recombinant Yellow Fluorescent Protein

🧪 YFP-148

Source: P.pastoris

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Protein Length: 237 aa

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Recombinant Yellow Fluorescent Protein

🧪 YFP-151

Source: S.Cerevisiae

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Protein Length: 237 aa

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Recombinant Yellow Fluorescent Protein

🧪 YFP-152

Source: Mammalian Cells

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Protein Length: 236 aa

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Recombinant Green Fluorescent Protein

🧪 GFP-159

Source: P.pastoris

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Protein Length: 237 aa

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Recombinant Green Fluorescent Protein

🧪 GFP-160

Source: S.Cerevisiae

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Protein Length: 237 aa

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Recombinant Orange Fluorescent Protein

🧪 OFP-163

Source: P.pastoris

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Recombinant Orange Fluorescent Protein

🧪 OFP-165

Source: S.Cerevisiae

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Fluorescent proteins can be derived from a variety of jellyfish, reef coral, and sea anemone species. The discovery of FPs has lead to a new cutting edge area in cell biology by enabling researchers to apply molecular cloning methods, fusing the FPs to a wide variety of proteins and enzyme targets, in order to analyze protein geography, movement, lineage, and biochemistry in living cells using optical microscopy and related methodologies.

FPs has proven useful for visualizing, monitoring, and tracking individual molecules, proteins and cells with high spatial and temporal resolution in both steady-state and kinetic experiments. They can be used as standards in fluorometric studies or as controls in protein gels and Western blots. They are well tolerated by eukaryotic cells and should be suitable for use in microinjection studies as well.

We Creative BioMart offers a wide collection of bright basic fluorescent proteins (FPs) for applications in the field of live-cell assays including labeling of cells, subcellular structures, and proteins; analysis of promoter activity; generation of stably transfected cell lines expressing fluorescent proteins or their fusions.