Vienna-based biotech startup specialized in production of synthesized DNA strands for mRNA vaccines and other DNA-based therapies; developing a new enzymatic, cell-free production method to deliver higher-purity DNA and enable better scalability.
Investment Rounds
Capital activity and funding progression
| Amount | Date | Round |
|---|---|---|
| €1.5 M | Feb, 2026 | grant |
Industries
Frequently Asked Questions
Where is nagene located?
nagene is located in Vienna, Austria.
What industries does nagene operate in?
nagene operates in the following industries: biotechnology, life sciences, pharmaceuticals.
How much total funding has nagene raised?
nagene has raised a total of $1,500,000.
Who are the investors in nagene?
The investors in nagene are: FFG (Forschungsförderungsgesellschaft).
What core services does Nagene offer to the scientific community?
Nagene specializes in the rapid production of tailored DNA sequences and plasmid DNA products, providing essential building blocks for genetic research and drug development.
How fast is the turnaround time for a Nagene DNA synthesis order?
The company offers a highly efficient process with a turnaround time of approximately five days from order placement to delivery.
Which quality certifications does Nagene maintain for its production processes?
All manufacturing methods and equipment meet high ISO and GMP standards to ensure comprehensive documentation and reliable results for medical applications.
Can Nagene handle personalized or complex genetic sequences?
Yes, the team provides personalized support and expert consultation to help design and synthesize specific DNA sequences tailored to individual research needs.
Where is the Nagene production facility located?
The company is based in the Seestadt technology center in Vienna, Austria, where it operates modern laboratory spaces for biotechnology innovation.
Why is Nagene technology significant for modern medicine?
Its high-speed synthesis capabilities are crucial for developing advanced therapies, such as mRNA vaccines and cancer treatments, by providing precise genetic building blocks quickly.