Introduction of Enspyre Technology
Biofidelity is excited to reveal its latest advancement, the Enspyre technology, at an upcoming industry meeting. This innovative next-generation sequencing (NGS) preparation technology stands to significantly enhance the process of variant calling, allowing for greater accuracy using a fraction of the data typically required.
Enhancing Next-Generation Sequencing
Enspyre is poised to change the landscape of genomic sequencing by offering higher sensitivity in detecting variants. According to Biofidelity's Co-founder and CEO, Barnaby Balmforth, NGS can be inefficient, with a low output of meaningful results from sequenced bases. Enspyre addresses this challenge by effectively removing up to 99% of background DNA before sequencing, which results in improved signal-to-noise ratios. This breakthrough could unlock new applications in clinical and research settings, particularly in oncology.
Technical Advantages of Enspyre
The Enspyre methodology, short for Enrichment by selective pyrophosphorolysis and release, establishes new possibilities within the NGS realm. This technique not only enhances the signal but also allows for variant identification with a sequencing depth that is over 95% lower than traditional non-selective assays. This improvement opens doors for applications in minimum residual disease (MRD) testing and could streamline processes significantly, reducing costs associated with monitoring and diagnosis.
Future Presentations at AGBT
At the upcoming Advances in Genome Biology and Technology (AGBT) General Meeting, Biofidelity plans to showcase proof-of-concept data for its Enspyre technology. Attendees can look forward to a dedicated poster session where they will learn about the efficacy and potential impacts of this technology in various cancer applications.
Complementary Technologies
Enspyre works in tandem with Biofidelity's already remarkable PCR-based product, Aspyre, which is designed for rapid, decentralized testing of non-small cell lung cancer markers in both tissue and blood samples. Together, these technologies demonstrate Biofidelity's commitment to addressing unmet needs in the oncology space through a robust pipeline of genomic solutions.
Commercialization Strategy
Biofidelity is actively pursuing partnerships and licensing agreements with global pharmaceutical companies and contract research organizations. Following an 'Intel Inside' approach, the company seeks to embed the Enspyre technology within various platforms to enhance genomic testing capabilities worldwide.
About Biofidelity
Biofidelity is a rapidly growing genomic technology company that is dedicated to extending the lives of cancer patients through improved therapy targeting and early detection capabilities. They aim to make a substantial impact by monitoring treatment responses effectively. For more information about their innovative products and initiatives, you can visit their official website.
Contact Information
Individuals interested in learning more about Biofidelity's offerings or seeking partnership opportunities are encouraged to reach out to Andrea Conners. With a dedicated team ready to respond to inquiries, Biofidelity is committed to fostering collaborations that can advance healthcare solutions.
Frequently Asked Questions
What is Enspyre technology?
Enspyre is a next-generation sequencing preparation technology designed to enhance sensitivity in detecting DNA variants.
How does Enspyre improve NGS efficiency?
It removes almost all background DNA, allowing for more accurate variant identification with significantly reduced data requirements.
Where will Biofidelity present its technology?
Biofidelity will present Enspyre at the Advances in Genome Biology and Technology General Meeting.
What applications are targeted by Enspyre?
Enspyre is particularly beneficial for oncology applications, including minimum residual disease testing.
How does Biofidelity approach commercialization?
Biofidelity is pursuing partnerships with pharmaceutical companies and CROs to integrate Enspyre into clinical practices.
