“…23,24 In the above isothermal amplification methods, as for traditional qPCR, DNA is detected and quantified by monitoring a change in fluorescence intensity. [25][26][27][28][29] This requires fluorescent labelling reagents as well as a fluorescence excitation and detection device, which increases the complexity and is not favorable to the needs of on-site detection.…”
Isothermal amplification technology has trigged a surge in research due to its compatibility with small and portable equipment, simplicity, and high efficiency, especially in light of the COVID-19 pandemic where...
“…23,24 In the above isothermal amplification methods, as for traditional qPCR, DNA is detected and quantified by monitoring a change in fluorescence intensity. [25][26][27][28][29] This requires fluorescent labelling reagents as well as a fluorescence excitation and detection device, which increases the complexity and is not favorable to the needs of on-site detection.…”
Isothermal amplification technology has trigged a surge in research due to its compatibility with small and portable equipment, simplicity, and high efficiency, especially in light of the COVID-19 pandemic where...
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