Product details
Catalog number N120012S
DiscontinuedPrice for N120012S
Size / count 0.5 mg
This variant is discontinued and cannot be added to your cart.
eGFP is frequently utilized as a fluorescent tag for the observation and monitoring of protein expression and location within living cells. When eGFP-mRNA is transfected into cells, the enhanced green fluorescent protein (eGFP) is produced within the cellular environment. CleanRNA™ eGFP-mRNA (low dsRNA) is an mRNA that has been modified with a 5' cap1, a 3' poly(A) tail, and N1-Methyl-Pseudouridine Triphosphate (N1-Me-Pseudo UTP). The product is created through an in vitro transcription process using CleaScrip™ T7 RNA polymerase, which generates ultralow sRNA content in the mRNA solution, thus improving the in vivo performance of eGFP-mRNA.
The catalog number for CleanRNA™ eGFP-mRNA (low dsRNA) is N120012S.
CleanRNA™ eGFP-mRNA (low dsRNA) is currently made to order / not held in immediate stock. Contact us for lead time.
CleanRNA™ eGFP-mRNA (low dsRNA) is requires dry ice shipping.
eGFP is frequently utilized as a fluorescent tag for the observation and monitoring of protein expression and location within living cells. When eGFP-mRNA is transfected into cells, the enhanced green fluorescent protein (eGFP) is produced within the cellular environment. CleanRNA™ eGFP-mRNA (low ds
As a consumer, you have a 14-day right of withdrawal from receipt under EU consumer protection law, submitted via our withdrawal/cancellation request form. Note this applies to unused, undamaged products, and doesn’t override the expiry/storage conditions on performance-based claims.
Endotoxin testing status is noted on the datasheet where applicable, particularly for recombinant proteins intended for cell-based or functional assays. If this isn’t listed and you need confirmation, contact support with the catalogue number.
Additional data may be available on request. Contact our technical support team with the catalogue number and we’ll check what supporting documentation the supplier can provide.