Croyezbio
SKU:CR00021-1MG
GFP Self-Amplifying RNA (saRNA), Unmodified – 8.5 kb Reporter RNA
GFP Self-Amplifying RNA (saRNA), Unmodified – 8.5 kb Reporter RNA
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Evaluate saRNA Delivery & Expression With a GFP Reporter
An 8,476 nt GFP self-amplifying RNA designed as a ready-to-use reporter for saRNA delivery, transfection, formulation and expression research.
Why Start With a GFP Reporter saRNA?
Developing a new saRNA delivery system often requires optimization before moving to a target RNA construct. A GFP reporter provides a straightforward functional readout for comparing experimental conditions.
CR00021 provides a long self-amplifying RNA construct that can be used to evaluate delivery and expression in saRNA research workflows.
Delivery Screening
Compare candidate RNA delivery conditions using GFP expression as a functional readout.
LNP Development
Evaluate experimental lipid nanoparticle formulations for long-RNA delivery.
saRNA Expression
Study expression from a GFP-encoding self-amplifying RNA construct.
A Straightforward Fluorescent Readout
GFP expression provides a convenient reporter signal for comparing delivery and expression across experimental conditions using common fluorescence-based research methods.
A Practical saRNA Evaluation Workflow
Product Specifications
| Catalog Number | CR00021-1mg |
| Product | GFP Self-Amplifying RNA / GFP saRNA (Unmodified) |
| RNA Length | 8,476 nt |
| Reporter | GFP |
| Base Composition | Unmodified bases |
| 5' Cap | Cap 1 |
| Poly(A) Tail | Yes |
| Concentration | 1.0 mg/mL |
| Package | 100 µg |
| Form | Liquid |
| Buffer | 1 mM sodium citrate, pH 6.4 |
| Storage | −80°C or below; avoid repeated freeze/thaw cycles |
Working With an 8.5 kb RNA?
At 8,476 nt, CR00021 extends beyond the upper reference range of many conventional RNA markers. A higher-range ladder can provide more useful reference points when evaluating long RNA by electrophoresis.
12K High Range RNA Ladder
Nine ssRNA reference bands from 200 nt to 12 kb, including 9 kb and 12 kb reference bands.
Extend Your saRNA QC Workflow
Size, dsRNA impurity and process residuals represent different analytical questions in an IVT RNA workflow.
Size & integrity
dsRNA impurity
Process residual
Build Your saRNA Research Workflow
Start with a GFP reporter saRNA and connect delivery, expression and complementary RNA quality-control tools in one research workflow.
Explore RNA QC Solutions →For Research Use Only. Not for diagnostic or therapeutic use. Expression results may vary depending on cell type, delivery method, formulation and experimental conditions.
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