先進奈米生物技術「由科學到產品」的研究

A Science-to-Product Approach to A Study on Advanced Nanobiotechnologies

田享鑫(Shiang-Shin Tien)

指導教授 ： 譚世特

國立清華大學/生命科學院/生物科技研究所/碩士(2015年)

摘要

本論文透過由科學到產品的完整回顧來研究一家位於台灣新竹的科技創新公司(奈聯生技元件科技公司)。並且，透過實驗提供有助於奈聯公司已有的創新技術平台(technology platforms, TPs)能增加商業價值的數據。受檢驗與加值的TP包括Leafonics TP，快速電漿產生TP，與人造過氧化氫分解酵素TP。
實驗結果頗有意思，例如，使用葉片製造成品尺寸達公分級的奈米結構物的技術暨毫米/微米級的管狀物形成技術，對溫度不敏感的人造過氧化氫分解酵素，及一種簡單的量子數產生方法。（本創新型研究是由奈聯生技元件科技公司NBD Inc.支持，而且實驗過程和論文寫作完全在奈聯公司創辦人暨董事長譚世特博士的指導與監督下完成。）

關鍵字

奈米生技

並列摘要

This thesis work was mainly designed to take a science-to-product approach to reviewing a Hsinchu, Taiwan-based nanobiotechnology startup, NanoBio Devices (NBD) Incorporation. Experiments were conducted with a view to offering a value addition to some novel NBD-developed technology platforms (TPs) --- including Leafonics TP, Rapid Plasmon TP, and Artificial Catalase TP. Intriguing experimental results related to a leaf-based nanostructured centimeter-tube-forming technology, temperature insensitivity of an artificial catalase, and a simple quantum number generation method. (This study is financially supported by NBD Inc., and both the experimental work and thesis writing were completely and exclusively under the supervision of the Founder & President of NBD Inc., Dr. Tan, S. T.)

並列關鍵字

Nanobiotechnology

參考文獻

Surface plasmon subwavelength optics

Photon number resolution enables quantum receiver for realistic coherent optical communications.

Nature Photonics 9, 48–53

UV sensing using film bulk acoustic resonators based on Au/n-ZnO/piezoelectric-ZnO/Al structure. Scientific Reports, 5: 9123

Bustard P.,& Sussman B. (2012)