Simple, flexible, and scalable mRNA production
Accelerating the development and manufacturing of mRNA vaccine and therapeutics requires simple workflows with all inputs optimized for product needs. The demand for high-quality mRNA purification and synthesis must be met with flexible and scalable production solutions. Invitrogen Dynabeads Streptavidin for In Vitro Transcription and Invitrogen Dynabeads Carboxylic Acid for RNA Purification are specifically designed for optimal mRNA production.
Dynabeads mRNA production solutions offer:
- Flexibility—choice of synthetic or plasmid DNA template for mRNA IVT for greater flexibility of mRNA design
- Efficiency—reuse the DNA template up to six times, minimizing plasmid prep and reducing hands-on time and risk of transfer of bacterial host DNA
- Scalability—swap from manual to fully automated workflow to match required scale
- Minimized footprint—enables modular manufacturing to cost-effectively match required scale (increase or decrease)
- Support—platform designed for optimal product quality and regulatory support, including published data and technical support for vaccine development and manufacturing
- Quality—ensure a safe, flexible supply of magnetic beads for vaccine developers, from development to commercial manufacturing scale, without incurring extra time or costs from switching technology or raw materials
Dynabeads Streptavidin for In Vitro Transcription
An innovative solution facilitating the re-use of DNA template, minimizing the effort needed for plasmid preparation whilst maximizing the mRNA productivity in scale ranging from µg to g quantities of mRNA.
RNA is synthesized using a biotinylated DNA template of choice, amplified through PCR, immobilized to Dynabeads Streptavidin for In Vitro Transcription. The immobilized template is reused in the next IVT reaction (up to six times).
Cell culture volumes will be approximately 10,000 times smaller than traditional In Vitro Transcription (IVT) workflows. The highly efficient Dynabeads IVT process delivers superior quality mRNA in scalable quantities that can flex quickly and easily according to your needs.
Dynabeads Carboxylic Acid for RNA Purification
Synthesized mRNA is captured at high quality in a volume of choice in a simple bind-wash-elute process.
Supporting mRNA production quality requirements
Our proprietary magnetic bead technology, experience, and capabilities at your fingertips help to accelerate the commercialization of your mRNA vaccines by streamlining your development and manufacturing process, from prototype batches to bulk manufacture, providing reassurance on both bead performance and security of supply.
With 35+ years' experience in designing, developing, and manufacturing paramagnetic beads to internationally recognized quality standards, our Dynabeads specialists have collaborated with leading biotech, pharma, diagnostic, and healthcare companies, providing optimized and validated Dynabeads under custom OEM supply arrangements.
By working with Dynabeads mRNA production solutions, drug developers and vaccine manufacturers gain access to unique solutions for mRNA synthesis and purification with improved workflows and flexible supply of rigorously controlled high-quality products specifically designed for purpose.
Product attribute | Dynabeads solution |
---|---|
Small and large scale production (micrograms to grams of mRNA) | ✔ |
AOF production process and raw materials (TSE-/BSE-free) | ✔ |
Regulatory support documents available | ✔ |
Documentation follows ICH Q7 GMP guidelines | ✔ |
Validated product specific process and analytical methods | ✔ |
SKU specific product stability | ✔ |
Animal origin-free manufacturing equipment | ✔ |
β-lactam-free manufacturing facility | ✔ |
Melamine statement | ✔ |
Nitrosamine statement | ✔ |
Impurity profile | ✔ |
Material safety risk assessment (including latex and antibiotic use) | ✔ |
Recommended use | Development, clinical, and commercial manufacturing |
Regulatory status | For research use or further manufacturing. Not for diagnostic use or direct administration into humans or animals. |