mCherry mRNA Quantity

$305.00$5,999.00

Vernal now offers catalog mCherry mRNA that has been optimized to produce high expression level of the red fluorescent protein. mCherry was derived from DsRed, a protein originally isolated from Discosoma sea anemones. mCherry is a monomeric fluorophore with a peak absorption maximum at 587 nm and emission maximum at 610 nm. A robust protein (pH-resistant, high photostability), mCherry is widely used as a reliable fluorescent reporter of gene expression.

Vernal now offers catalog mCherry mRNA that has been optimized to produce high expression level of the red fluorescent protein.  mCherry was derived from DsRed, a protein originally isolated from Discosoma sea anemones.   mCherry is a monomeric fluorophore with a peak absorption maximum at 587 nm and emission maximum at 610 nm. A robust protein (pH-resistant, high photostability), mCherry is widely used as a reliable fluorescent reporter of gene expression.

Vernal’s mRNAs are highly pure mRNAs that incorporate modified nucleoside (N1-methyl-pseudouridine), Cap-1 structure, optimized codons and poly(A) tail to improve translation efficiency and reduce host cell immune response. Vernal’s mRNAs function as mature, fully processed mRNAs, and are ready for use in cells and animals.

Catalog #VRN-CHER
Gene NamemCherry
Origin/SpeciesDiscoma sea anemones
AppearanceClear and colorless
Encoded ProteinRed fluorescent protein mCherry derived from DsRed
FunctionReporter Gene
Codon OptimizationYes
PurityFragment analysis by capillary electrophoresis
Length967 bp
Base CompositionModified
Concentration260/280 absorbance ratio
BufferWater
Recommended StorageAt -70°C or below
ApplicationGene Expression
Other NamesmCherry mRNA
General Tips Thaw on ice. Avoid freeze thaws as much as possible, centrifuge and aliquot into use volumes. Take precautions to avoid Rnase, use Rnase free reagents and consumables with appropriate Rnase free technique.
Shipping ConditionsShip on dry ice at -70°C or below
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Test
Appearance
mRNA Identity
mRNA Concentration
mRNA Integrity
dsRNA
Residual DNA template
5’ Capping Efficiency 
pH 
Endotoxin 
Bioburden* 
Residual Protein