Author: Khambhati, Khushal; Bhattacharjee, Gargi; Singh, Vijai
Title: Current progress in CRISPRâ€based diagnostic platforms Cord-id: ew04zzh6 Document date: 2018_10_26
ID: ew04zzh6
Snippet: The CRISPRâ€Cas system is a key technology for genome editing and regulation in a wide range of organisms and cell types. Recently, CRISPRâ€Cas–based diagnostic platform has shown idealistic properties for pathogen detection. Integrating the CRISPRâ€Cas platform along with lateral flow system allows rapid, sensitive, specific, cheap, and reliable diagnostic. It has the potential to be in frontline for not only pathogen detection during the epidemic outbreak, but also cancer, and genetic dis
Document: The CRISPRâ€Cas system is a key technology for genome editing and regulation in a wide range of organisms and cell types. Recently, CRISPRâ€Cas–based diagnostic platform has shown idealistic properties for pathogen detection. Integrating the CRISPRâ€Cas platform along with lateral flow system allows rapid, sensitive, specific, cheap, and reliable diagnostic. It has the potential to be in frontline for not only pathogen detection during the epidemic outbreak, but also cancer, and genetic diseases.
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