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The Molecular Detective


Although SPR offers many advantages in biosensing, its potential is hampered by one key factor: environmental noise. Has any biosensor ever overcome this challenge? A novel technology, known as focal molography, is emerging as a contender in noise-free biosensing.


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schematic of focal molography

Focal Molography – A New Frontier in Biosensing


Focal molography was introduced in the latest blog article as a novel technology capable of detecting molecular interactions, without acquiring any environmental noise. What other advantages does this technology provide?


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An Introduction to Focal Molography


Although SPR offers many advantages in biosensing, its potential is hampered by one key factor: environmental noise. Has any biosensor ever overcome this challenge? A novel technology, known as focal molography, is emerging as a contender in noise-free biosensing.


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focus lens_filtering

The Big Con of SPR – And How to Solve it


Although SPR offers many advantages in biosensing, its potential is hampered by one key factor: environmental noise. How can this be solved? Can filtering help remove noise from signals? Find out more in this article.


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SPR explanation diagram

Surface Plasmon Resonance (SPR)


One of the most common label-free assays for detecting molecular interactions is surface plasmon resonance (SPR). In this article, we discuss what it s used for, how it works, and some of its key advantages and disadvantages.


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Quantitative Diffractometric Biosensing


Blickenstorfer, Y. et al. Phys. Rev. Applied 15, 034023 (2021)


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