Simplicon(R) RNA Reprogramming Kit (OKSG)

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)

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Product Name	Description	Item#	QTY
SIMPLICON REPROGRAMMING RNA	MilliporeSigma Simplicon Reprogramming RNA (OKSG), Quantity: 1Kit, Storage Requirements: >-70 deg.C	3042-SCR549	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
Human OKSG-cMyc TagRFP Simplicon 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-SCR714	EA
TagGFP2 Simplicon(R) RNA (E3L) Kit	TagGFP2 Simplicon(R) RNA (E3L) Kit To determine optimal transfection conditions to express the self-replicating RNA of your interest through using Simplicon(R) Cloning Vector (E3L) (Part #:SCR724) in hard-to- transfect somatic or primary cells. Simpl	3042-SCR720	EA
TagRFP Simplicon(R) RNA (E3L) Kit	TagRFP Simplicon(R) RNA (E3L) Kit To determine optimal transfection conditions to express the self-replicating RNA of your interest through using Simplicon Cloning Vector (E3L) (Part #:SCR724) in hard-to- transfect somatic or primary cells. Simplicon	3042-SCR721	EA

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Simplicon(R) RNA Reprogramming Kit (OKSG)

MILLIPORE SIGMA