2012 Promega catalogue
2012 Promega catalogue
2012 Promega catalogue
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Life<br />
Science<br />
Catalog<br />
<strong>2012</strong><br />
Worldwide Contact List<br />
Section<br />
Contents<br />
Table of<br />
Contents<br />
Cell Signaling<br />
278<br />
pCAT ® 3 Vectors<br />
Product Size Cat.# Price ($)<br />
pCAT ® 3-Basic Vector 20 µg E1871 214.00<br />
pCAT ® 3-Control Vector 20 µg E1851 214.00<br />
pCAT ® 3-Enhancer Vector 20 µg E1881 214.00<br />
pCAT ® 3-Promoter Vector 20 µg E1861 214.00<br />
For Research Use Only. Not for Use in Diagnostic Procedures.<br />
Description: The pCAT ® 3 Reporter Vectors provide a basis for the<br />
quantitative analysis of factors that may regulate mammalian gene expression.<br />
The redesigned backbone of the pCAT ® 3 Reporter Vectors is similar to the<br />
pGL3 Luciferase Vectors with the exception of a chimeric intron located 5´ of<br />
the chloramphenicol acetyltransferase (CAT) gene. As with the pGL3 Vectors,<br />
the pCAT ® 3 Vectors contain a different polyadenylation site located 3´ of the<br />
gene. The redesigned backbone increases expression of the reporter gene,<br />
improves in vivo vector stability and provides greater flexibility in performing<br />
manipulations.<br />
Features:<br />
• Efficient: Optimal translation efficiency.<br />
• Robust: Increased expression with more efficient poly(A) signal.<br />
• Clearer Results: Reduced background CAT expression.<br />
• Compatible: Altered multiple cloning regions make vectors compatible<br />
with the pGL3 Vectors.<br />
• Versatile: Can produce ssDNA for sequencing and mutagenesis.<br />
Storage Conditions: Store vectors at –20°C.<br />
Protocol Part#<br />
pCAT ® 3 Reporter Vectors Technical Manual<br />
TM036<br />
Monster Green ® Fluorescent Protein phMGFP<br />
Vector<br />
Product Size Cat.# Price ($)<br />
Monster Green ® Fluorescent Protein phMGFP Vector<br />
For Research Use Only. Not for Use in Diagnostic Procedures.<br />
20 µg E6421 836.00<br />
Description: The phMGFP Vector contains the open reading frame for the<br />
Monster Green ® Fluorescent Protein cloned into a mammalian expression<br />
vector. The Monster Green ® Fluorescent Protein is encoded by an improved<br />
synthetic version of the green fluorescent protein gene originally cloned from<br />
Montastrea cavernosa (Great Star Coral). The synthetic gene (hMGFP)<br />
expresses a 26kDa protein that shows improved fluorescence intensity<br />
compared to the native gene. Furthermore, the hMGFP gene has been codon<br />
optimized and cleared of most consensus sequence transcription factor binding<br />
sites to ensure reliability and high levels of expression.<br />
The Monster Green ® Fluorescent Protein encoded by the hMGFP gene is an<br />
ideal fluorescent reporter, providing high-level fluorescence and reducing<br />
cytotoxicity. Monster Green ® Fluorescent Protein generally fluoresces at least<br />
20% brighter than other commercially available green fluorescent proteins<br />
(GFPs) and also reduces cytotoxicity, offering flexibility when working with<br />
transient and stable expression assays.<br />
Features:<br />
• Brighter Fluorescence: Visualize low-level expression in situ using<br />
fluorescence microscopy, imagers or FACS ® .<br />
• Reduced Cytotoxicity: Minimize cellular perturbations when working with<br />
transient or stable expression assays.<br />
• Flexible: Create fusion proteins for imaging and localization studies using<br />
standard FITC detection.<br />
• High Purity: Obtain high transfection efficiencies for precloning confirmation<br />
studies.<br />
Storage Conditions: Store at –20°C.<br />
Protocol Part#<br />
Monster Green ® Fluorescent Protein phMGFP Vector Technical<br />
Bulletin<br />
TB320<br />
Amp r<br />
ori<br />
phMGFP<br />
Vector<br />
(4707bp)<br />
SV40 Late<br />
poly(A)<br />
NotI<br />
Intron<br />
Bst98I<br />
PstI<br />
Bst98I<br />
NheI<br />
XmaI/SmaI<br />
EcoRV<br />
NcoI<br />
For complete and up-to-date product information visit: www.promega.com/catalog<br />
BglII<br />
NaeI<br />
XbaI<br />
CMV I. E.<br />
Enhancer/Promoter<br />
NcoI<br />
T7<br />
hMGFP<br />
Bioluminescence Imaging Technology<br />
VivoGlo Luciferin, In Vivo Grade<br />
Product Size Cat.# Price ($)<br />
VivoGlo Luciferin, In Vivo Grade 50 mg P1041 269.00<br />
250 mg P1042 569.00<br />
For Research Use Only. Not for Use in Diagnostic Procedures.<br />
1 g P1043 1199.00<br />
Description: Luciferase genes from the North American firefly (Photinus<br />
pyralis) and from other beetles are commonly used as light-emitting reporters<br />
in cellular and animal models. VivoGlo Luciferin is the potassium salt of<br />
d-luciferin, the firefly luciferase substrate capable of generating light when a<br />
suitable model is used.<br />
VivoGlo In Vivo Imaging Substrates are provided in cooperation with Xenogen<br />
Corporation and Caliper Life Sciences for use in in vivo bioluminescence<br />
imaging applications.<br />
Features:<br />
• Highest Quality Substrates: Eliminate potential interference in assays<br />
due to the presence of endotoxins.<br />
• Assured Product Integrity: Most products are packaged in amber vials<br />
with septa to ensure product integrity as well as offer ease of dilution and<br />
use for imaging experiments. Product is packaged with fine tolerances to<br />
minimize the need to weigh substrates.<br />
• Flexibility and Convenience: Available in multiple sizes to accommodate<br />
a variety of experimental settings.<br />
Storage Conditions: Store at –20°C.<br />
3898MA11_2A<br />
9540MA