Eppendorf EntericBio Workstation Automated PCR Setup for Gastrointestinal Pathogen Detection

The Eppendorf EntericBio Workstation is an automated molecular diagnostics platform designed specifically for *automated PCR setup* in gastrointestinal pathogen detection workflows. Tailored for clinical and research laboratories, this workstation optimizes bioprocessing by automating the transfer of processed stool samples into lyophilized reaction wells, thereby reducing hands-on technician time and improving sample throughput.

Key technical details include:

• Direct DNA/RNA detection from stool specimens without requiring nucleic acid extraction or purification, enhancing workflow efficiency in molecular diagnostic applications.
• Comprehensive modular assay menu capable of simultaneous detection of bacteria, parasites, carbapenemase-producing Enterobacteriaceae (CPE), and viruses such as *Salmonella* and *Norovirus* within a single run—critical for multiplex gastroenterology testing.
• Supports processing of up to 46 specimens per run with results available in under 3 hours, enabling rapid turnaround essential in clinical microbiology and infectious disease diagnostics. Consecutive runs can be performed every hour to accommodate high sample volume labs.
• Proven reliability with a mean time before failure exceeding 50 months and a specimen inhibition/failure rate below 2%, ensuring assay precision in molecular biology and synthetic biology research environments.
• Environmentally friendly design reduces clinical waste by 88% and lowers consumable storage requirements by up to 85%, supporting sustainable laboratory practices in biomedical and biomanufacturing settings.
• User-centric automation software offers intuitive operation accessible to users without prior molecular experience, accelerating adoption in diagnostic and biotechnology pipelines.
• Compact and modular footprint facilitates flexible placement in laboratory spaces, ideal for integration in biotechnology, molecular diagnostics, and clinical research labs focusing on live-cell imaging and fluorescence analysis.

This workstation is essential for molecular cloning workflows and molecular diagnostics, widely adopted in synthetic biology research and critical in biopharmaceutical production pipelines for gastrointestinal infectious disease detection.