Hudson’s SoftLinx allows for data transfer to meet any protocol. For some clients it is important to feed qPCR output data to their LIMS for analysis and storage as it becomes available. A popular integration is to push qPCR data to your LIMS. The Hudson approach to automated qPCR systems allows for both manual and fully automated operation of your qPCR system.Īdvanced applications for the Roche LightCycler, ABI 7900 and Bio-Rad CFX systems are easily accommodated when integrating with Hudson Robotics. Some folks want to run qPCR samples manually, while others want to run several qPCR plates overnight. System access is hugely important for labs that have changing priorities. Are you automating multiple real-time qPCR devices? Hudson Robotics’ modular approach to automating qPCR easily accommodates two or more qPCR machines integrated with one PlateCrane, giving you unmatched value in your Automated Real-Time PCR process. Real Time PCR Plates Barcoded with Suffix “A2” Run PCR protocol (2).Real Time PCR Plates Barcoded with Suffix “A1” Run PCR protocol (1).When this information is tied to the plate barcode, our system can easily allow them to control the real time PCR process.Įxamples of Barcode Driven qPCR Protocols: If several users want to run specific protocols for certain conditions related to the input samples. Our integration software allows you to easily add PCR plates to an automated run without interruption.īarcode driven protocols for real-time PCR detection systems are easy to setup. This could mean starting an automated PCR process with as little as 1 PCR plate and continuously add PCR plates as they become available. Customers want to feed their PCR plates to their PCR detection system as soon as the PCR plates are prepared. Tube Racks for almost any incoming sample tubeĪutomating your qPCR System Integration of your qPCR real-time system allows for significant walk-away time and continuous operation of your thermal cycler.SOLO Pipettor in single or multi channel configurations.Automated qPCR Systems are available for any size project from 1 to 100 qPCR thermal cyclers Parallel production capacity allows for qPCR reations to be assembled while qPCR cycling tasks are executing. qPCR reactions are assembled using the Hudson Robotics SOLO Pipettor, qPCR plates are automatically sealed and introduced to the qPRD thermal cycler. Easy to use and Flexible Softlinx SoftwareĪ fully automated workcell for setting up qPCR reactions, sealing plates, thermal cycling and data collection.Input and Output for qPCR Plate Storage. Automated qPCR Loading workcells include: A typical Automated qPCR Loading work cell can include 1 qPCR thermal cycler and up to 8 or more qPCR thermal cyclers. Delivering qPCR plates ready for cycling and detection is a popular application best served by a Hudson Robotics PlateCrane EX.
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