Author: NAGAO, Konomu; MAKINO, Ryohei; APEGO, Francis Victor; MEKATA, Hirohisa; YAMAZAKI, Wataru
Title: Development of a fluorescent loop-mediated isothermal amplification assay for rapid and simple diagnosis of bovine leukemia virus infection Document date: 2019_3_27
ID: 3ajyr5e4_13
Snippet: As ideal quantitative tools, digital LAMP assays have been developed for clinically important infectious diseases [7, 18] . In the future, application of the BLV-specific LAMP primers described here to the LAMP assay should facilitate more precise and rapid quantification of BLV as a countermeasure in countries with endemic BLV infections. The determination of the precise BLV proviral loads of individual cattle within a herd and the isolation of .....
Document: As ideal quantitative tools, digital LAMP assays have been developed for clinically important infectious diseases [7, 18] . In the future, application of the BLV-specific LAMP primers described here to the LAMP assay should facilitate more precise and rapid quantification of BLV as a countermeasure in countries with endemic BLV infections. The determination of the precise BLV proviral loads of individual cattle within a herd and the isolation of cattle with high BLV proviral loads is essential to develop an effective strategy to control the transmission of BLV [8] [9] [10] [11] . In conclusion, the fLAMP assay serves as a simple and rapid tool that has the potential for effectively controlling of BLV infection.
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