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mRNAs for Stem Cell Differentiation
mRNAs for Stem Cell Differentiation

mRNAs for Stem Cell Differentiation

mRNA transfection is an effective device for modulating cell fate even as putting off the chance of insertion mutagenesis. Using simple lipid-based transfection, modified mRNAs are introduced into the cell allowing high-level, brief expression of key developmental regulators, recombinases, or markers. This pioneering non-integrative mRNA era has revolutionized reprogramming of somatic cells and gives new strategies for direct programming and differentiation of stem cells. Seattle Genova's entire stem cell differentiation portfolio permits you to simplify your workflow and presents you with greater control, allowing for faster, greater efficient systems.

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Catalog Number
Gene Name
Product Name
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Rex-1/ZFP42
Rex-1/ZFP42 Circular RNA
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SKU
Product_name
Product Description
STEM-ORNA-0034
Rex-1/ZFP42 Circular RNA
In Vitro Transcribed mRNA template encoding Rex-1/ZFP42 was further circularized with Seattle Genova's Ostar technology. The resulting circRNAs are very stable and have low immunogenicity enabling prolonged protein translation in different cells without cellular toxicity.
STEM-ORNA-0034-LNP
Rex-1/ZFP42 Circular RNA-LNP
ALG-ORNA-0001 was encapsulated with lipid nanoparticles through Seattle Genova's LipoX platform.
SALL1
SALL1 Circular RNA
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SKU
Product_name
Product Description
STEM-ORNA-0035
SALL1 Circular RNA
In Vitro Transcribed mRNA template encoding SALL1 was further circularized with Seattle Genova's Ostar technology. The resulting circRNAs are very stable and have low immunogenicity enabling prolonged protein translation in different cells without cellular toxicity.
STEM-ORNA-0035-LNP
SALL1 Circular RNA-LNP
ALG-ORNA-0001 was encapsulated with lipid nanoparticles through Seattle Genova's LipoX platform.
SALL4
SALL4 Circular RNA
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SKU
Product_name
Product Description
STEM-ORNA-0036
SALL4 Circular RNA
In Vitro Transcribed mRNA template encoding SALL4 was further circularized with Seattle Genova's Ostar technology. The resulting circRNAs are very stable and have low immunogenicity enabling prolonged protein translation in different cells without cellular toxicity.
STEM-ORNA-0036-LNP
SALL4 Circular RNA-LNP
ALG-ORNA-0001 was encapsulated with lipid nanoparticles through Seattle Genova's LipoX platform.
Smad1
Smad1 Circular RNA
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SKU
Product_name
Product Description
STEM-ORNA-0037
Smad1 Circular RNA
In Vitro Transcribed mRNA template encoding Smad1 was further circularized with Seattle Genova's Ostar technology. The resulting circRNAs are very stable and have low immunogenicity enabling prolonged protein translation in different cells without cellular toxicity.
STEM-ORNA-0037-LNP
Smad1 Circular RNA-LNP
ALG-ORNA-0001 was encapsulated with lipid nanoparticles through Seattle Genova's LipoX platform.
Smad2
Smad2 Circular RNA
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SKU
Product_name
Product Description
STEM-ORNA-0038
Smad2 Circular RNA
In Vitro Transcribed mRNA template encoding Smad2 was further circularized with Seattle Genova's Ostar technology. The resulting circRNAs are very stable and have low immunogenicity enabling prolonged protein translation in different cells without cellular toxicity.
STEM-ORNA-0038-LNP
Smad2 Circular RNA-LNP
ALG-ORNA-0001 was encapsulated with lipid nanoparticles through Seattle Genova's LipoX platform.
Smad2/3
Smad2/3 Circular RNA
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SKU
Product_name
Product Description
STEM-ORNA-0039
Smad2/3 Circular RNA
In Vitro Transcribed mRNA template encoding Smad2/3 was further circularized with Seattle Genova's Ostar technology. The resulting circRNAs are very stable and have low immunogenicity enabling prolonged protein translation in different cells without cellular toxicity.
STEM-ORNA-0039-LNP
Smad2/3 Circular RNA-LNP
ALG-ORNA-0001 was encapsulated with lipid nanoparticles through Seattle Genova's LipoX platform.
Smad3
Smad3 Circular RNA
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SKU
Product_name
Product Description
STEM-ORNA-0040
Smad3 Circular RNA
In Vitro Transcribed mRNA template encoding Smad3 was further circularized with Seattle Genova's Ostar technology. The resulting circRNAs are very stable and have low immunogenicity enabling prolonged protein translation in different cells without cellular toxicity.
STEM-ORNA-0040-LNP
Smad3 Circular RNA-LNP
ALG-ORNA-0001 was encapsulated with lipid nanoparticles through Seattle Genova's LipoX platform.
Smad4
Smad4 Circular RNA
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SKU
Product_name
Product Description
STEM-ORNA-0041
Smad4 Circular RNA
In Vitro Transcribed mRNA template encoding Smad4 was further circularized with Seattle Genova's Ostar technology. The resulting circRNAs are very stable and have low immunogenicity enabling prolonged protein translation in different cells without cellular toxicity.
STEM-ORNA-0041-LNP
Smad4 Circular RNA-LNP
ALG-ORNA-0001 was encapsulated with lipid nanoparticles through Seattle Genova's LipoX platform.
Smad5
Smad5 Circular RNA
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SKU
Product_name
Product Description
STEM-ORNA-0042
Smad5 Circular RNA
In Vitro Transcribed mRNA template encoding Smad5 was further circularized with Seattle Genova's Ostar technology. The resulting circRNAs are very stable and have low immunogenicity enabling prolonged protein translation in different cells without cellular toxicity.
STEM-ORNA-0042-LNP
Smad5 Circular RNA-LNP
ALG-ORNA-0001 was encapsulated with lipid nanoparticles through Seattle Genova's LipoX platform.
Snail
Snail Circular RNA
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SKU
Product_name
Product Description
STEM-ORNA-0044
Snail Circular RNA
In Vitro Transcribed mRNA template encoding Snail was further circularized with Seattle Genova's Ostar technology. The resulting circRNAs are very stable and have low immunogenicity enabling prolonged protein translation in different cells without cellular toxicity.
STEM-ORNA-0044-LNP
Snail Circular RNA-LNP
ALG-ORNA-0001 was encapsulated with lipid nanoparticles through Seattle Genova's LipoX platform.
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