GFP saRNA LNP
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saGFP-LNP is a ready-to-use self-amplifying mRNA (saRNA) encoding Green Fluorescent Protein (GFP), encapsulated in advanced lipid nanoparticles (LNPs). Designed as a powerful tool for evaluating saRNA delivery, expression efficiency, and long-term protein production, it supports applications such as benchmarking against conventional mRNA reporters, assay development, transfection efficiency testing, and research in vaccine and therapeutic saRNA development.
mRNA Length:
8476 nt
Base Composition:
N1-Me-pUTP (N1-mψ)
Concentration:
200 μg/mL
Cap Modification:
Cap 1 structure
Poly A Tail:
Yes
Form:
Liquid
Buffer:
Tris Sucrose buffer, pH 7.4.
Storage:
Products can be stored at -80°C or below.
We recommend to aliquot the mRNA solution for a better storage. Avoid repeated freeze/thaw cycles.
Shipping:
The products are shipped on dry ice and should be avoided for freeze-thaw cycles.
Application:
Reporter Genes
Shipping Conditions:
Dry ice
8476 nt
Base Composition:
N1-Me-pUTP (N1-mψ)
Concentration:
200 μg/mL
Cap Modification:
Cap 1 structure
Poly A Tail:
Yes
Form:
Liquid
Buffer:
Tris Sucrose buffer, pH 7.4.
Storage:
Products can be stored at -80°C or below.
We recommend to aliquot the mRNA solution for a better storage. Avoid repeated freeze/thaw cycles.
Shipping:
The products are shipped on dry ice and should be avoided for freeze-thaw cycles.
Application:
Reporter Genes
Shipping Conditions:
Dry ice
Figure 1.
saRNA GFP / LNP transfection in BHK21 cells
BHK21 cells were incubated with 100 ng samRNA GFP/LNP for 18 hours. After changing to fresh growth medium, the cells were monitored for GFP expression and subcultured until 34 days
Figure 2.
saRNA GFP / LNP transfection in 293T cells
293T cells were incubated with 100 ng samRNA GFP/LNP for 18 hours. After changing to fresh growth medium, the cells were monitored for GFP expression and subcultured until 34 days
