Sartorius Stedim Japan K.K. Official site

  • SEMINAR_EVENT

[On-Demand Streaming Available] September 28 (Tuesday) Overseas Webinar 'Simplifying the mRNA Process_Part 1: Improving pDNA Purity and Yield'

Sartorius Stedim Japan K.K.

Sartorius Stedim Japan K.K.

Participation in this webinar has ended. Those who wish to view it on demand can register through the details and application section. mRNA vaccines play a crucial role in combating SARS-CoV-2, and the need to produce mRNA has never been greater due to the ongoing development of treatments for various indications. In this three-part webinar series, Sartorius experts will explain how improvements in processes, analytics, and tools are key to meeting demand. Part 1 will explore the processes, analytics, and tools needed to meet the high demand for mRNA, starting with the production of pDNA. We will introduce methods to achieve high yields of pDNA by ensuring the quality and purity of raw materials and optimizing the manufacturing process. [Topics] ▪ Examination of strategies to minimize contamination from product-derived impurities in IVT reactions ▪ Introduction of ready-to-use solutions for scalable pDNA chromatography purification ▪ Verification of the actual effectiveness of the HiP2 Plasmid Process Pack for purifying linearized pDNA

  • Date and time Tuesday, Sep 28, 2021
    11:00 PM ~
  • Entry fee Free

Related catalog

Purification of Plasmid DNA: CIMmultus HiP2 Plasmid Process Pack

MANUAL

Purification of Plasmid DNA: Optimization of CIMac pDNA-0.3 Analysis Column - Reproducibility of Chromatography

TECHNICAL

Purification of Plasmid DNA: A new purification process for plasmid DNA (pDNA) from lab to production scale.

OTHER

Purification of Plasmid DNA: Improving the productivity of pDNA downstream processes through sample replacement chromatography.

APPLICATION_NOTE

Purification of messenger RNA: mRNA purification using CIMmultus C4 HLD.

TECHNICAL

Purification of Messenger RNA: Analysis of mRNA Purity Using CIMac PrimaS

TECHNICAL

Purification of messenger RNA using affinity chromatography with CIMmultus Oligo dT columns.

APPLICATION_NOTE