Volta Labs Launches Innovative Library Prep App for Sequencing
Volta Labs, a leader in genomics applications, has recently launched its latest advancement: the Library Prep App for Oxford Nanopore LSK114, which integrates seamlessly with the Callisto™ Sample Prep System. This addition significantly enhances the capabilities of Callisto in the domain of long-read sequencing, paving the way for academic and clinical projects that require efficient library preparation for nanopore-based DNA sequences. The app is designed to facilitate flexible batching and higher throughput, benefiting laboratories by liberating valuable time for technicians to focus on other pressing tasks.
Streamlining Long-Read Sequencing Processes
The newly introduced Library Prep App revolutionizes the workflow for Nanopore library preparation. By maintaining DNA integrity and utilizing miniaturized reactions, this application brings forth cost efficiencies that stem from Callisto's innovative digital fluidics architecture. Early feedback from partners who have accessed the app highlights considerable enhancements in both operational efficiency and the quality of the libraries produced.
Community Impact and Reception
Udayan Umpathi, the Founder and CEO of Volta Labs, expressed enthusiasm about introducing this new app to the Oxford Nanopore community. He noted that it builds upon the successful automation of PacBio HiFi, marking a significant step towards simplifying single-molecule sequencing applications. According to Umpathi, the integration of Oxford Nanopore technology with Callisto exemplifies a transformative approach in the field.
The Future of Library Preparation
Abdul Mohammed, Head of Product at Volta Labs, remarked on the long-awaited need within the genomics community for a more accessible method of automating library preparation protocols. With the LSK114 app, laboratories can efficiently scale up their Oxford Nanopore sequencing efforts without the intricacies associated with traditional automation setups, all while ensuring the excellent quality of sequencing libraries. The app is compatible with both Callisto and the PromethION 24 devices, providing a throughput of up to 24 samples.
Availability and Support for Users
The Library Prep App for Oxford Nanopore LSK114 is made available to existing Callisto customers as an easy software update and will be included in all new installations moving forward. This advancement is further supported by specialized reagent kits that are optimized for the Callisto platform, assuring consistent results and straightforward ordering processes. It is important to note that the Callisto Sample Prep System is intended for research use only.
About Volta Labs
Volta Labs is making waves in the genomics application sphere with its pioneering digital fluidics platform. This technology aims to enhance the performance and scalability of genomic sample preparations, offering unmatched consistency in results. Their innovative approach positions them at the forefront of genomic research and application, promising to facilitate advancements in scientific exploration.
Frequently Asked Questions
What is the Library Prep App for Oxford Nanopore?
The Library Prep App is a new application designed by Volta Labs to automate library preparation for Oxford Nanopore sequencing, enhancing efficiency and throughput.
How does the app benefit laboratories?
This app allows laboratories to streamline their workflows, save technician time on manual processes, and improve the quality of the prepared libraries.
Who can access the Library Prep App?
All existing users of the Callisto Sample Prep System can access the app as a software update, while it will be bundled with all new installations.
What makes Callisto unique in sample preparation?
Callisto utilizes a proprietary digital fluidics architecture that ensures miniaturized reactions and cost efficiency, optimizing sample preparation processes.
What is the main goal of Volta Labs?
Volta Labs aims to maximize the performance and scalability of genomic sample preparations, providing high-quality, consistent results for the scientific community.
