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April 16, 2020
How to Revolutionise Your R&D with Automated Liquid Handlers
Written by: Luke Cach
- Automated liquid handlers offer scientists higher throughput and greater reproducibility
- However, their programming is not intuitive to biologists and they are not straightforward to use
- A new graphical interface that requires zero coding skills is changing this
- Synthace is built by biologists and facilitates intuitive protocol design in seconds
The pipette has been one of scientists’ most valuable tools. Over the past century, it has evolved remarkably, from Pasteur to air displacement to multichannel, with the latest advancement being a fully automated liquid handling robot.
Whilst automated liquid handlers have recently become more popular due to the high throughput and reproducibility they offer, they also come with significant limitations that have restricted their use in many science labs.
Our platform overcomes these limitations, allowing scientists to successfully implement automated liquid handling in their labs and maximize the efficiency of their R&D.
Programming a Liquid Handler Is Not Straightforward
Adopting lab automation equipment, including liquid handling robots, has been a challenge for many scientists. The need for extensive programming knowledge, the inflexible automation protocols, and their laborious development have deterred many potential users.
These challenges lie largely in the user interface of vendor software that supports these automation devices. Programming languages offered by vendors are not intuitive to most biologists and limit device users to automation engineers. This raises the barrier to the use of lab automation and comes with increased staff costs.
Even with the help of an engineer, building automation protocols is a time-intensive process. Because most protocols are inflexible and cannot be easily adapted, a new protocol has to be written for every single run to adjust experimental steps or conditions. This issue is multiplied further when you want to switch to a different liquid handling robot or change the deck layout.
How Can Synthace Realise the Full Potential of Your Liquid Handling Robots?
Our software platform Synthace takes a new approach to designing liquid handling workflows. Users can create device-agnostic, flexible automation protocols in a codeless interface with no programming experience required.
In the same way scientists manually perform experiments step by step, Synthace allows its users to build workflows in silico by connecting liquid transfer steps in a string of events. The software then does all the heavy lifting by optimizing each liquid transfer for efficiency and translating them all into code to program the selected liquid handling robot to execute the workflow.
Prior to execution, users can perform in silico simulations to identify any potential errors and optimize the workflow. This eliminates the need for numerous wet runs to test the protocols and therefore saves time and resources.
The in silico simulation feature also presents an overview of the experimental set-up on the deck of the selected liquid handler and identifies required materials. Scientists are then ready to set up the assay and run the protocol as soon as they enter the lab, with no additional planning or troubleshooting needed.
Synthace also provides complete sample provenance, making the protocols transferable across different devices and even across different labs. Synthace's cloud-based environment facilitates protocol and data sharing between research groups and organizations.
How Does Synthace Work?
By eliminating the barriers to automation, Synthace unlocks the full potential of liquid handling robots and empowers R&D. But how exactly does it work?
See Synthace in action and learn how you can quickly become an automation expert, increase your productivity in the lab, and revolutionize your science. Visit www.synthace.com/platform to find out more.
Tag(s): Lab automation
Senior Account Executive at Synthace
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