mRNA Synthesis

Produce high-quality mRNA therapies faster

Discover how to accelerate mRNA synthesis and quality control (QC) through automated data workflows

80%

time savings by eliminating bottlenecks

Increased throughput

by streamlining method development

DoE-enabled

method optimization

Automated data collection

Automatically ingest method, raw, and processed data from ELNs and instruments, saving time and reducing errors

Near-real time status

Get accurate and up-to-date workflow status in near real-time with continuous ELN updates

Faster image analysis

Streamline data transformation for DoE-enabled method optimization, maximizing RNA quality and yield

Manual data aggregation

Manual data handling and plate map creation delay analysis and may introduce errors

Error-prone batch updates

Frequent, manual batch updates to the ELN increase the risk of data loss and rework

Datasets unfit for AI

Incomplete and inconsistent datasets are unsuitable for AI/ML workflows

Explore resources

Learn how to transform your scientific data into AI-based outcomes.

Ensure high efficacy, safety, and yield in mRNA synthesis

Replatform

Automate data capture from analytical instruments and liquid handlers to streamline workflows

Engineer

Harmonize raw data for multiple QC tests with automated processing pipelines

Analytics

Decrease time spent on visualizing and analyzing data to identify optimal experimental conditions

AI

Optimize DNA amplification and RNA purification for higher yield and quality with AI-driven insights

Driving high-impact scientific outcomes with Tetra Catalysts

A core facility at a leading biopharma faced complex data challenges. See how Tetra Catalysts delivered impactful outcomes with a science-led approach, leveraging the Tetra Scientific Data and AI Cloud, deep domain expertise, and an extensive library of scientific use cases and supporting resources.