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Development of a one-step sample to answer multiplex Hyper-branched Rolling Cycle Amplification (pR@FRET- MB@mHSRCA) with tunable hybrid signaling (pR@FRET-MB) for simultaneous pathogen detection in food

2023-02-23

Abstract excerpt

Salmonella and Staphylococcus foodborne diseases are the majors causes of human diseases and food losses impacting negatively society's well-being and economy. It is primordial to establish a simple and efficient method for specific detection and identification of bacteria. Hence the necessity of the isothermal amplification method. We designed a triple-probe multiplex rolling circle amplification procedure for th...

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Literature Corpus work: b0f95624-18d7-5462-8553-b20a7eb68ee8
DOI: 10.21203/rs.3.rs-2609153/v1

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Development of a one-step sample to answer multiplex Hyper-branched Rolling Cycle Amplification (pR@FRET- MB@mHSRCA) with tunable hybrid signaling (pR@FRET-MB) for simultaneous pathogen detection in foodDOI 10.21203/rs.3.rs-2609153/v1Read

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