PerkinElmer Launches Automated Workstation for Improved Process Development of Protein Therapeutics
Product News Jan 22, 2013
PerkinElmer, Inc. announce the launch of theJANUS® BioTx ProTM automated workstation for improved process development of protein therapeutics at the 12th Annual Protein Science Week (PepTalk).
“Sample preparation for protein characterization can be a time consuming and tedious process,” said Kevin Hrusovsky, president Life Sciences and Technology, PerkinElmer “Automating this function frees up valuable research time and enables scientists to obtain critical information earlier in the protein development pipeline. This is particularly important to support quality by design experimentation in both upstream and downstream processes to improve product quality and reduce development time.”
The JANUS BioTx Pro enables small scale purification of µg to mg proteins on one system instead of three individual dedicated systems, supporting the use of commercially available plate and column based screening tools like GE PreDictor™ plates, PhyNexus PhyTip® columns and Atoll columns. Applications for the workstation include resin binding studies and conditions screening.
On January 24, at 9:50am, at the PepTalk Conference, Jeremy Lambert, Portfolio Director, Automation, will present a talk on PerkinElmer’s Automation and microfluidics technologies including how the JANUS Biotx Pro saves researchers time by automating sample preparation for protein characterization.
PerkinElmer has a portfolio of solutions across the biotherapeutics workflow, from target identification, cloning and expression to safety testing and quality control, to help ensure the consistent, reproducible results that biotherapeutics research and patient safety considerations demand. The portfolio includes the LabChip® GXIITM benchtop microfluidic system for high throughput protein analysis and characterization, and AlphaLISA® assays, a no-wash ELISA alternative technology for biomarker identification, safety testing and toxicity studies.