Lateral flow tests are synonymous with quick, actionable insights, but this efficiency hinges on the complexity and nuance of their design. Are you developing lateral flow assays and seeking to understand the molecular-level interactions that determine their performance?
Download Our Exclusive Expert Insights Whitepaper
As part of our ongoing Expert Insights series, DCN Dx presents a whitepaper that addresses the biophysical elements that guide the function of lateral flow immunoassays. “Energetic Considerations for Particle Conjugates in Lateral Flow Immunoassays,” authored by our Senior Scientist Kristin Cederquist, Ph.D.,” is available for download below.
Topics Covered:
- Thermodynamics and Kinetics: Understand how these fundamental factors influence diagnostic device performance and their specific relevance to lateral flow immunoassays.
- Particle Conjugate Role: Review how the manipulation of particle conjugates can improve lateral flow performance.
- Real-world Implications: Explore how an in-depth understanding of these forces can lead to smarter design choices and maximized performance, contributing to wider adoption of LFAs and reduced error rates.
Who Should Download?
- Research Scientists: Involved in developing or researching lateral flow assays.
- Assay Developers: Seeking to refine their approach by understanding the science that underpins lateral flow technology.
- Biochemists and Biophysicists: Looking to enhance their comprehension of energetics in bioassays.
Fill out the form below to begin reading.
By submitting this form, you agree that we or our media partners may contact you in accordance with our privacy policy.
