#None #Webinar #Blood Sample #Analyte Recovery

Enhance Analyte Recovery from Blood Samples with Advanced Methods

In a rapidly changing landscape of medical diagnostics, understanding how to efficiently preserve and recover analytes from blood samples is crucial. A free webinar hosted by Xtalks, titled "Improving Blood Assay Analyte Preservation & Recovery with Advanced Materials," aims to provide insights into the benefits of dry blood spot (DBS) workflows for analyte preservation and recovery.

The significance of this topic cannot be overstated. Analytes—substances to be measured or assessed in testing—such as proteins, nucleic acids, and pathogens, are integral in clinical applications ranging from disease diagnostics to therapeutic monitoring. Traditional methods often come with challenges in analyte stability and recovery, especially when working with conventional liquid blood samples. This is where innovations in material science come into play.

Insights from the Webinar

Attendees of the webinar will be exposed to how combining advanced material science with unique chemical properties can transform the collection, preservation, and release of dried blood microsamples. The session features experts like Ben Cobb, PhD, the CEO of ReadyGo™ Diagnostics; Ayokunle Olanrewaju, PhD, an Assistant Professor at the University of Washington; and Ellen Weinzapfel, PhD, the Global Marketing Manager at Porex.

One of the main discussions will revolve around engineered porous fiber technology that enhances the reliability of DBS approaches. This technology not only ensures consistent recovery of an extensive range of analytes but also allows for ambient stabilization—a significant improvement over traditional methods. Such advancements lead to simplified workflows that greatly enhance the reliability of analyte recovery.

The webinar will present compelling data, including findings from a multi-donor study comparing dry-state microsampling techniques with those involving liquid blood collection. Utilizing qPCR analysis of isolated mRNA samples, researchers found comparable relative expressions of biomarkers associated with various immune cell populations, suggesting that dried blood samples can indeed represent immune profiles as effectively as their liquid counterparts.

Innovative Applications

Moreover, the session will delve into preliminary findings from an HIV therapeutic monitoring study. Early results indicate performance levels comparable to traditional wet collection samples, providing the logistical advantages of dry-state sampling without sacrificing analytical reliability. This reinforces the notion that engineered fiber materials can facilitate a more dependable molecular analysis while simplifying the overall dried blood collection process.

Importance of Advanced Material Science

As healthcare continues to evolve, the significance of challenging existing paradigms cannot be understated. Advances in material science surrounding blood sampling can pave the way for decentralized molecular testing—a crucial component in making healthcare more accessible and adaptable.

This upcoming webinar is a valuable opportunity for professionals across the healthcare and life science sectors who are interested in cutting-edge practices that drive efficient diagnostics.

The event is scheduled for July 15, 2026, at 11 am EDT (5 pm CEST). Make sure to register in advance to secure a spot and explore the advancements transforming blood assay methodologies. For more information and to register, visit the Xtalks website or direct your inquiries to their contact channel.

Join the community of professionals at Xtalks, a trusted platform designed to empower individuals in the life sciences field with knowledge, insights, and tools necessary for success. Together, we can drive advancements that make healthcare better for everyone.