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Improved Monitoring Dynamics Through Use Of A Tethered Enzyme Biosensor To Detect And Quantify Neuron-specific Enolase Activity.pdf

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Preview of Improved monitoring dynamics through use of a tethered enzyme biosensor to detect and quantify neuron-specific enolase activity
🔗 Source: tetmedical.com
📊 Size: 914 KB
📄 Pages: 7 pages
⬇️ Downloads: 52

Summary

Researchers developed a tethered enzyme biosensor to detect and quantify neuron-specific enolase (NSE) activity levels in biofluids, which could improve monitoring dynamics for brain injuries, cancers, and other diseases. NSE is a biomarker with a 24-30 hour half-life, limiting its diagnostic power. The biosensor measures NSE's fast-decaying enzymatic activity, providing better resolution of dynamic temporal changes. Results show that NSE protein levels are stable, while enzymatic activity decays faster, suggesting that measuring enzymatic activity could provide a better assessment of dynamic changes in NSE levels.

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Researchers developed a tethered enzyme biosensor to detect and quantify neuron-specific enolase (NSE) activity levels in biofluids, which could improve...

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  • File Format: PDF
  • File Size: 914 KB
  • Pages: 7
  • Language: EN
  • Total Downloads: 52
  • Last Updated: 2 months ago

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