ERAT3GR N7Q YEMK (red-shifted; high affinity)

ERAT3GR N7Q YEMK is a GFP-RFP-FRET-based probe for imaging ATP within the endoplasmic reticulum of intact mammalian cells. Notably, ERAT3GR N7Q YEMK has a higher affinity for ATP (Kd~1-2mM) and lacks a putative glycosylation site.

ERAT3GR N7Q YEMK use
In order to express ERAT3GR N7Q YEMK in cells of interest 20 µg purified, endotoxin-free plasmid DNA coding for ERAT3GR N7Q YEMK is provided. The plasmid coding for ERAT3GR N7Q YEMK represents a mammalian expression vector with a strong viral promotor. For plasmid amplification in E.coli. ampicillin should be used. Vector maps will be provided upon request. 1 – 1.5 µg DNA is required for cell transfection in a single well of a standard 6-well dish following standard transfection procedures. Usually cells express high amounts of ERAT3GR N7Q YEMK YEMK 24 – 48 hours after cell transfection. Standart optical filters for GFP-RFP FRET imaging should be used.