Publication:
An automatic microfluidic DNA microarray platform for SNP detection using a DNA intercalating dye and graphene oxide

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Date

2020

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Research Projects

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Abstract

We developed a fully automatic microfluidic platform integrating DNA hybridization processes to reduce the hybridization time and eliminate potential manipulation errors. By using a novel DNA hybridization protocol of adding SYBR green I (SGI) and graphene oxide (GO) sequentially, the signal difference between perfect and non-perfect matches can be enhanced. Our platform can achieve single nucleotide polymorphisms (SNPs) detection in 2.5 hours and has the potential to provide accessible genetic screening for timely clinical treatments. ? 17CBMS-0001.

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Keywords

DNA; Dyes; Graphene oxide; Microarrays; Microfluidics; Nucleotides; Clinical treatments; DNA hybridization; DNA micro-array; Genetic screening; Intercalating dye; Microfluidic platforms; Perfect matches; Single nucleotide polymorphisms; Graphene

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