Synthetic DNA Biosensors with Multivalent Aptamers for Multiple Viruses Diagnostics

Tech ID: 32961 / UC Case 2023-034-0

Patent Status

Country Type Number Dated Case
Patent Cooperation Treaty Published Application WO/2024/191659 09/19/2024 2023-034
 

Brief Description

Viruses have caused substantial health problems in the world. In 2019, the ravage caused by SARS-CoV-2 highlights the global health danger of emergent pathogens again. Rapid diagnostics of viruses is essential for timely, frequently life-saving treatment.  Rapid diagnostics of viruses is essential for timely, and frequently life-saving, treatment. However, most diagnostic testing methods are only capable of detecting single species of virus. In addition, viruses can mutate rapidly, a process which can render single-target diagnostics ineffective.

 

UC Berkeley researchers have developed synthetic DNA arrays as a universal platform to bind viruses with multivalent aptamers which is more tolerant to mutations and capable of detecting multiple species of viruses simultaneously.

Suggested uses

  • Diagnostic device for detecting multiple variants of viruses simultaneously

Advantages

  • scalable manufacture
  • cost efficiency
  • portability
  • reliability

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Other Information

Keywords

Diagnostic, virus

Categorized As