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Toward multimarker and functional assays from crude cell lysates: controlling spacing and signal amplification in DNA-CT–based bioelectrochemical devices
Ariel L. Furst, Natalie B. Muren, Michael G. Hill
AI Enhanced· 85%
AI summary
85% confidenceThe paper presents a method for controlling spacing and signal amplification in DNA-CT-based bioelectrochemical devices, enabling multimarker and functional assays from crude cell lysates.
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Abstract
Key findings
- DNA-CT-based bioelectrochemical devices can be used for multimarker and functional assays from crude cell lysates.
- Controlling spacing in DNA-CT-based bioelectrochemical devices is crucial for signal amplification and assay sensitivity.
- Signal amplification in DNA-CT-based bioelectrochemical devices can be achieved through optimized spacing and functionalization of the DNA-CT layer.
Keywords
DNALysisBiomoleculeBiosensorCellComputational biology
Identifiers
- Journal
- Current Opinion in Electrochemistry
- Year
- 2019