Author: Santiago, Ibon
Title: Trends and Innovations in Biosensors for COVIDâ€19 Mass Testing Cord-id: nswmhpzf Document date: 2020_5_27
ID: nswmhpzf
Snippet: Fast and widespread diagnosis is crucial to fighting against the outbreak of COVIDâ€19. This work surveys the landscape of available and emerging biosensor technologies for COVIDâ€19 testing. Molecular diagnostic assays based on quantitative reverse transcription polymerase chain reaction are used in most clinical laboratories. However, the COVIDâ€19 pandemic has overwhelmed testing capacity and motivated the development of fast pointâ€ofâ€care tests and the adoption of isothermal DNA ampli
Document: Fast and widespread diagnosis is crucial to fighting against the outbreak of COVIDâ€19. This work surveys the landscape of available and emerging biosensor technologies for COVIDâ€19 testing. Molecular diagnostic assays based on quantitative reverse transcription polymerase chain reaction are used in most clinical laboratories. However, the COVIDâ€19 pandemic has overwhelmed testing capacity and motivated the development of fast pointâ€ofâ€care tests and the adoption of isothermal DNA amplification. Antigenic and serological rapid tests based on lateralâ€flow immunoassays suffer from low sensitivity. Advanced digital systems enhance performance at the expense of speed and the need for large equipment. Emerging technologies, including CRISPR geneâ€editing tools, benefit from high sensitivity and specificity of molecular diagnostics and the easy use of lateralâ€flow assays. DNA sequencing and sample pooling strategies are highlighted to bring out the full capacity of the available biosensor technologies and accelerate mass testing.
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