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US 2023/0417787 A1Published application
Fully automated sample processing platform from extraction to sequencing
AssigneeClear Labs, Inc.
InventorsTiffany Cheung, Michael Balamotis, Werther Dong, Alfred Haddad, Prasanna Thwar
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Abstract
The present disclosure provides for processes and systems that rely on software, bioinformatics, and robotics principles for actuating the automation of a workflow from nucleic acid extraction from a sample to sequencing without human intervention in between the aforementioned steps.
Claims25
A system for controlling an integrated software system by functionally integrating a plurality of commands from a plurality of software applications for automating a robotic nucleic acid preparation and sequencing workflow comprising:
- receiving, by the system, a request for analyzing a selected at least one microorganism genome and a selected sequencing coverage for the at least one microorganism genome;
- inputting, by the system, a size of the selected at least one genome of the microorganism and the selected sequencing coverage into a flow cell capacity bar whereby the flow cell capacity bar is configured to process a percent usage of a flow cell for the selected at least one genome and the selected sequencing coverage;
- outputting, by the system, a percent capacity of the flow cell capacity bar, thereby providing a software application for determining a capacity of each sequencing run;
- and
- a web application allowing thereby providing a system for user defined sample analysis output metrics.
2 more elements
Dependencies are inferred from the claim text.