Proteomics experiments cover steps such as design, sample pretreatment, mass spectrometry analysis, database search and bioinformatics analysis. Among them, mass spectrometry sample pretreatment is the key to ensuring data reproducibility and consistency and is crucial for stable downstream analysis. This process involves multiple steps, which usually rely on manual operations, both consume a lot of time and may cause a decrease in analysis accuracy due to human error. Especially in high-throughput analysis, the accuracy and reproducibility between personnel and between laboratories varies greatly. Therefore, how to improve the degree of automation of sample preprocessing and reduce the impact of human operations on data quality is the key to improving analysis efficiency and reliability.
Opentrons Flex proteomics mass spectrometry pretreatment automated pipetting workstation perfectly combines efficient pipetting workstations with plate absorbance readers. Through magnetic bead technology, comprehensive automation of protein purification and sample processing is achieved, reducing manual operations and improving overall efficiency. The platform is particularly suitable for high-throughput and high-efficiency proteomic research, optimizes the experimental process, provides scientific researchers with reliable data output, and promotes research progress.
Workstation details
Innovative application of fully automatic pipetting workstations in high-efficiency protein spectrometry preprocessing
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Covering the entire process from protein quantification to pre-machine quantification, with high degree of automation, effectively reducing system errors and improving experimental efficiency.
Suitable for SP3 experimental process, compatible with positive pressure, centrifuge and other modules, and chooses a variety of desalination methods to ensure the consistency and consistency of the process without manual intervention.
Compatible with various methods, without locking reagents and consumables.
The workstation supports flexible and free matching of 1-4 stacks, thereby meeting the different sample throughput requirements.
Open source code, customers can customize reaction conditions according to experimental needs.
Opentrons helps you automate mass spectrometry sample preparation through Opentrons Flex's open source protocol
Welcome to contact us and our team of professional application scientists will help you confirm that the automated experimental process is suitable for your needs. If you have the need to view the operation of the experimental process, you can book an online demo with us to discuss your experimental needs in depth with the expert team.
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