Securecell Introduces Sephara, a Novel, Silicon-Based In-Situ Filtration Membrane

• Sephara is changing the way automated analytical sampling as well as perfusion processes at the benchtop scale will be performed
• Securecell offers an early access program for the Sephara technology

URDORF (Zurich), Switzerland, November 18, 2019 / B3C newswire / -- Securecell today announced that it has introduced Sephara, a high performance in-situ filtration membrane for applications in bioprocess sampling and perfusion processes for use in selected bioprocess laboratories. Interested users can participate in an early access program for the Sephara technology.

The Sephara membrane technology addresses the key problems associated with conventional filtration-based sampling procedures such as adsorption effects, fouling, clogging, unwanted and unselective separation, lack of multi-usability. Sephara provides retention of particles with sizes greater than the pore diameter thereby addressing the issues associated with particle contamination during downstream analytics and product purification.

In microbial or high-density mammalian cultures, Sephara acts as a prefiltration device and assures early separation of cells from supernatant for subsequent metabolite and product analysis.

As all Securecell products, Sephara probes offer easy integration with Lucullus, the most comprehensive and versatile PIMS (process information management system) available.
The Sephara technology eliminates some of the gaps in real-time process monitoring, brings analytics closer to the operation, and helps develop a rapid and deeper understanding of the bioprocess. In summary, Sephara is a technological game changer enabling online process monitoring and continuous manufacturing at high volumetric productivity.

For perfusion runs at the benchtop scale, Sephara eliminates the need for attaching ancillary equipment to the bioreactor, such as external hollow fiber devices. It is tailored to settings using 0.25 – 2.0 l bioreactors and for runs lasting up to three weeks.

“The pipeline products based on Sephara will change the way online sampling for automated metabolic monitoring, product generation measurement, and bioprocess control will be done. Sephara has undergone extensive inhouse testing and its products will soon be available for use in selected bioprocess labs. We are delighted to be able to bring this sort of value to our biopharma customers who share a need for improved sample-based PAT solutions.
In addition, we especially welcome labs looking into novel approaches to conduct perfusion cultures in order to produce product amounts in benchtop reactor systems for supplying early clinical trials” said Dr. Carlo Andretta, Founder, President & CEO of Securecell.

Sephara is at the core of Securecell’s latest product additions to its process analytical technology (PAT) solution portfolio. The upcoming reactor probe products harboring Sephara will be used as standalone sampling and perfusion devices or as an integrated pre-filtration solution with Numera, Securecell’s autosampling and sample processing instrument.

To register for the early access program for the Sephara technology please visit https://securecell.ch/en/sephara/ or contact us at andreas.koch@securecell.ch or +4179 382 0585.

About Securecell
Innovation is our passion.
Securecell is the trusted partner for biopharma, enabling them to bring new therapies to patients in a safe, efficient and economical way. We innovate ground-breaking measuring and control engineering technologies to radically improve bioprocessing, medical treatment and patient health. For more than 25 years, we have been delivering innovative solutions in bioprocess control for biotech, pharma and academia. This expertise and experience provided the fundament for the technology transfer into the MedTech space and the development of (Seraccess), a truly disruptive diabetes therapy.

Contact

Securecell AG
Dr. Andreas Koch
+41 79 382 05 85
contact@securecell.ch

Keywords: Adsorption; Cell Count; Filtration; Perfusion/intrumentation; Perfusion/methods; Cell Movement; Information Management

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