立體紙基核酸萃取套組應用於檢測點液態切片之研發;Developments of 3d Paper Based Nucelic Acid Extraction Kit for Point-Of-Care Liquid Biopsy

NCUIR > Engineering College > Department of Chemical and Materials Engineering > Research Project > Item 987654321/82039

Please use this identifier to cite or link to this item: http://ir.lib.ncu.edu.tw/handle/987654321/82039

Title:	立體紙基核酸萃取套組應用於檢測點液態切片之研發;Developments of 3d Paper Based Nucelic Acid Extraction Kit for Point-Of-Care Liquid Biopsy
Authors:	陳文逸
Contributors:	國立中央大學化學工程與材料工程學系
Keywords:	核酸萃取;紙基;檢測點;液態切片;套組;Nucleic acid extraction kit;paper based;point of care;liquid biopsy
Date:	2020-01-13
Issue Date:	2020-01-13 14:04:41 (UTC+8)
Publisher:	科技部
Abstract:	本計畫是藉由執行中之科技部計畫“液態切片中核酸與二氧化矽表面作用機制探討於生物醫學分子檢測之應用”之執行成果與二氧化矽於核酸萃取機制之暸解，提出一以立體紙基結合二氧化矽的填充與鋪植技術發展一簡易核酸萃取套組於檢查點液態切片之使用的與產品發展。二氧化矽表面提供大量矽氫氧基，藉由環境的酸鹼值與鹽離子種類與濃度等，可以提供不同分子量核酸（核醣核酸或去氧核醣核酸）分子等分離純化機制，配合立體紙張所建構的微流道系統，可能可以提供在檢測點或落後地區核酸萃取以作為執行檢測目標分子時，提供簡易定性篩選套組。所以本計畫將以建立紙基的流道系統研究為主，研究加入二氧化矽微粒填充與鋪植對流道之影響等建立一核酸萃取簡易套組為研發目標。 ;This proposal is based on researches outcomes and knowledge built from the MOST undergoing project “Studies of binding mechanism between nucleic acids with silicasurface of liquid biopsy and its applications in biomolecular diagnosis”. We are proposing to develop a 3D paper based nucleic acid, especially for miRNA, extraction kit for low-resource settings disease/cancer screening. Paper based analytical diagnostics (PAD) has attracted extensive attention due to its low cast, simple fabrication and can be coupled with complex microfluidic function. However, attentions are mostly in diagnostics and for mostly protein/enzyme detection. The high hurdle of purification (sample preparation) of nucleic acids for the paper diagnostics limits and poorly suited for the applications of the PAD in nucleic acids detection. In this project, we propose a 3D paper based miRNA extraction kit. The aim is to develop a purification/extraction kit of miRNA from cell and liquid tissues. We will incorporate exosome purification, protein precipitation, nucleic acids extraction and miRNA enhancement and recovery into the 3D PAD. Antibody for exosome, solvent design and silica powder adsorption are the basic mechanism applied for the 3D fluidic design.
Relation:	財團法人國家實驗研究院科技政策研究與資訊中心
Appears in Collections:	[Department of Chemical and Materials Engineering] Research Project

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