Monster Green Fluorescent Protein phMGFP Vector, 20 µg, Promega

Supplier: Promega Corporation

E6421
PAE6421EA 993.14 USD
PAE6421
Monster Green Fluorescent Protein phMGFP Vector, 20 µg, Promega
Vectors, Plasmids and Libraries

The Monster Green Fluorescent Protein encoded by the hMGFP gene is an ideal fluorescent reporter, providing high-level fluorescence and reducing cytotoxicity.


  • Improved Synthetic GFP Reporter with Greater Fluorescent Intensity and Reduced Cytotoxicity
  • Visualize low-level expression in situ using fluorescence microscopy, imagers or FACS(R)
  • Create fusion proteins for imaging and localization studies using standard FITC detection
  • Transfect at high efficiencies for precloning confirmation studies


The phMGFP Vector contains the open reading frame for the Monster Green Fluorescent Protein cloned into a mammalian expression vector. The Monster Green Fluorescent Protein is encoded by an improved synthetic version of the green fluorescent protein gene originally cloned from Montastrea cavernosa (Great Star Coral). The synthetic gene (hMGFP) expresses a 26kDa protein that shows improved fluorescence intensity compared to the native gene. Furthermore, the hMGFP gene has been codon optimized and cleared of most consensus sequence transcription factor binding sites to ensure reliability and high levels of expression. The Monster Green Fluorescent Protein encoded by the hMGFP gene is an ideal fluorescent reporter, providing high-level fluorescence and reducing cytotoxicity. Monster Green Fluorescent Protein generally fluoresces at least 20% brighter than other commercially available green fluorescent proteins (GFPs) and also reduces cytotoxicity, offering flexibility when working with transient and stable expression assays.


The Monster Green Fluorescent Protein encoded by the hMGFP gene is an ideal fluorescent reporter, providing high-level fluorescence and reducing cytotoxicity. It generally fluoresces at least 20% brighter than other commercially available green fluorescent proteins (GFPs) and also reduces cytotoxicity, offering flexibility when working with transient and stable expression assays.


The synthetic gene (hMGFP) expresses a 26 kDa protein that shows improved fluorescence intensity compared to the native gene. Furthermore, the hMGFP gene has been codon optimized and cleared of most consensus sequence transcription factor binding sites to ensure reliability and high levels of expression.

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SPECIFICATIONS

Environmentally Preferable
Storage Conditions Store at –20°C.

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