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VectorDisk: a Microfluidic Platform Integrating Diagnostic Markers for Evidence-based Mosquito Control
Sebastian Hin
Desirée Baumgartner
Mara Specht
Jan Lüddecke
Ehsan Mahmodi Arjmand
Benita Johannsen
Larissa Schiedel
Markus Rombach
Nils Paust
Felix von Stetten
Roland Zengerle
Nadja Wipf
Pie Müller
Konstantinos Mavridis
John Vontas
Konstantinos Mitsakakis
出版
Universität
, 2020
URL
http://books.google.com.hk/books?id=t0JIzgEACAAJ&hl=&source=gbs_api
註釋
Abstract: Effective mosquito monitoring relies on the accurate identification and characterization of the target population. Since this process requires specialist knowledge and equipment that is not widely available, automated field-deployable systems are highly desirable. We present a centrifugal microfluidic cartridge, the VectorDisk, which integrates TaqMan PCR assays in two feasibility studies, aiming to assess multiplexing capability, specificity, and reproducibility in detecting disk-integrated vector-related assays. In the first study, pools of 10 mosquitoes were used as samples. We tested 18 disks with 27 DNA and RNA assays each, using a combination of multiple microfluidic chambers and detection wavelengths (geometric and color multiplexing) to identify mosquito and malaria parasite species as well as insecticide resistance mechanisms. In the second study, purified nucleic acids served as samples to test arboviral and malaria infective mosquito assays. Nine disks were tested with 14 assays each. No false positive results were detected on any of the disks. The coefficient of variation in reproducibility tests was