インクジェット技術で印刷したマイクロディスクとタンパク質検体の互換性調査

Jifeng Li; Shintaro Mitsui; Cong Chen; Soichiro Ryu; Yuya Mikami; Hiroaki Yoshioka; Naoya Nishimura; Yuji Oki

doi:10.11527/jceeek.2016.0_261

インクジェット技術で印刷したマイクロディスクとタンパク質検体の互換性調査

Translated title of the contribution: Investigation on Compatibility between Ink-jet Printed Microdisk and Protein Analyte

Jifeng Li, Shintaro Mitsui, Cong Chen, Soichiro Ryu, Yuya Mikami, Hiroaki Yoshioka, Naoya Nishimura, Yuji Oki

Department of I&E Visionaries

Research output: Contribution to journal › Article

Abstract

Microdisk cavities with small mode volume and ease of integration have been　progressively studied because of use in biosensors with high sensitivity. However, it is difficult to develop the next generation organic microdisk biosensors which is directly doped with protein detection assay, since microdisk is generally fabricated in high temperature. Therefore, we previously proposed the ink-jet printing method which can fabricate an organic microdisk using hyper-branched polymer (HBP) in room-temperature. In this study, we investigated on a compatibility between the HBP and protein analyte.

Translated title of the contribution	Investigation on Compatibility between Ink-jet Printed Microdisk and Protein Analyte
Original language	Japanese
Pages (from-to)	261-261
Number of pages	1
Journal	電気関係学会九州支部連合大会講演論文集
Volume	2016
Issue number	0
DOIs	https://doi.org/10.11527/jceeek.2016.0_261
Publication status	Published - 2016

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10.11527/jceeek.2016.0_261

https://doi.org/10.11527/jceeek.2016.0_261

Cite this

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title = "インクジェット技術で印刷したマイクロディスクとタンパク質検体の互換性調査",

abstract = "Microdisk cavities with small mode volume and ease of integration have been　progressively studied because of use in biosensors with high sensitivity. However, it is difficult to develop the next generation organic microdisk biosensors which is directly doped with protein detection assay, since microdisk is generally fabricated in high temperature. Therefore, we previously proposed the ink-jet printing method which can fabricate an organic microdisk using hyper-branched polymer (HBP) in room-temperature. In this study, we investigated on a compatibility between the HBP and protein analyte.",

author = "Jifeng Li and Shintaro Mitsui and Cong Chen and Soichiro Ryu and Yuya Mikami and Hiroaki Yoshioka and Naoya Nishimura and Yuji Oki",

year = "2016",

doi = "10.11527/jceeek.2016.0_261",

language = "日本語",

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pages = "261--261",

journal = "電気関係学会九州支部連合大会講演論文集",

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T1 - インクジェット技術で印刷したマイクロディスクとタンパク質検体の互換性調査

AU - Li, Jifeng

AU - Mitsui, Shintaro

AU - Chen, Cong

AU - Ryu, Soichiro

AU - Mikami, Yuya

AU - Yoshioka, Hiroaki

AU - Nishimura, Naoya

AU - Oki, Yuji

PY - 2016

Y1 - 2016

N2 - Microdisk cavities with small mode volume and ease of integration have been　progressively studied because of use in biosensors with high sensitivity. However, it is difficult to develop the next generation organic microdisk biosensors which is directly doped with protein detection assay, since microdisk is generally fabricated in high temperature. Therefore, we previously proposed the ink-jet printing method which can fabricate an organic microdisk using hyper-branched polymer (HBP) in room-temperature. In this study, we investigated on a compatibility between the HBP and protein analyte.

AB - Microdisk cavities with small mode volume and ease of integration have been　progressively studied because of use in biosensors with high sensitivity. However, it is difficult to develop the next generation organic microdisk biosensors which is directly doped with protein detection assay, since microdisk is generally fabricated in high temperature. Therefore, we previously proposed the ink-jet printing method which can fabricate an organic microdisk using hyper-branched polymer (HBP) in room-temperature. In this study, we investigated on a compatibility between the HBP and protein analyte.

U2 - 10.11527/jceeek.2016.0_261

DO - 10.11527/jceeek.2016.0_261

M3 - 学術誌

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JO - 電気関係学会九州支部連合大会講演論文集

JF - 電気関係学会九州支部連合大会講演論文集

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