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B18R Plasmid (human codon optimized) To supply B18R RNA that suppresses IFN responses to support Simplicon(R) RNA or normal mRNA expression

B18R Plasmid (human codon optimized) To supply B18R RNA that suppresses IFN responses to support Simplicon(R) RNA or normal mRNA expression

Simplicon<TMSYMBOL></TMSY<WBR>MBOL> is a novel system to effect immediate high sustained protein expression of multiple genes into transfected cells without the risk of genome integration. The technology employs a single, synthetic, polycistronic, se

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SimpliconMBOL> is a novel system to effect immediate high sustained protein expression of multiple genes into transfected cells without the risk of genome integration. The technology employs a single, synthetic, polycistronic, se

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Product Name	Description	Item#	QTY
B18R-E3L RNA (human codon optimized for B18R and E3L) To strongly suppress more interferon responses than single B18R to enable more expression of a Simplicon(R) RNA or regular mRNA(s).	Simplicon<TMSYMBOL></TMSY<WBR>MBOL> is a novel system to effect immediate high sustained protein expression of multiple genes into transfected cells without the risk of genome integration. The technology employs a single, synthetic, polycistronic, se	3042-SCR722	EA
B18R-E3L Plasmid (human codon optimized for B18R and E3L) To strongly suppress more interferon responses than single B18R to enable more expression of a Simplicon(R) RNA or regular mRNA(s).	Simplicon is a novel system to effect immediate high sustained protein expression of the target gene(s) without the risk of integration. The technology employs a self-replicating RNA based on the Venezuelan equine encephalitis (VEE) genome. By nature	3042-SCR727	EA
B18R RNA (human codon optimized) Required for high expression of Simplicon(R) RNA at transfection and available for production of B18R-CM (conditioned medium).	Simplicon<TMSYMBOL></TMSY<WBR>MBOL> is a novel system to effect immediate high sustained protein expression of multiple genes into transfected cells without the risk of genome integration. The technology employs a single, synthetic, polycistronic, se	3042-SCR723	EA
Human OKSG-cMyc Simplicon(R) RNA	Various methods utilizing viruses, DNA, RNA, miRNA and protein have been developed to generate integration-free induced pluripotent stem cells (iPSCs). Disadvantages to existing methods include: (1) low reprogramming efficiency (i.e. DNA and protein)	3042-SCR703	EA
TagGFP2 Simplicon RNA	Simplicon is a novel system to effect immediate high sustained protein expression of the target gene(s) without the risk of integration. The technology employs a self-replicating RNA based on the Venezuelan equine encephalitis (VEE) genome1. The Simp	3042-SCR713	EA

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B18R Plasmid (human codon optimized) To supply B18R RNA that suppresses IFN responses to support Simplicon(R) RNA or normal mRNA expression

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