Author: Chang Ha Woo; Sungho Jang; Giyoung Shin; Gyoo Yeol Jung; Jeong Wook Lee
Title: Sensitive one-step isothermal detection of pathogen-derived RNAs Document date: 2020_3_9
ID: 1uqjmeic_20
Snippet: Taken together, we demonstrated that SENSR could be easily reconfigured to detect 207 various RNA markers of pathogens by redesigning the probes. The probe design process is 208 simple and requires a small amount of computation using open web-based software. All probe 209 pairs tested showed high sensitivity and linearity for detecting RNA markers, reinforcing the 210 robustness of the probe design process and the wide expandability of SENSR. 211.....
Document: Taken together, we demonstrated that SENSR could be easily reconfigured to detect 207 various RNA markers of pathogens by redesigning the probes. The probe design process is 208 simple and requires a small amount of computation using open web-based software. All probe 209 pairs tested showed high sensitivity and linearity for detecting RNA markers, reinforcing the 210 robustness of the probe design process and the wide expandability of SENSR. 211 212 Direct detection of a pathogen using SENSR 213
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