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幹細胞與衍生物商品國際市場商業策略之研究

為了解決75NANO91SPA的問題，作者田素良 這樣論述：

研究目的:經由本研究探索出幹細胞及其衍生物之合法商業策略。研究方法:本研究針對五大本文研究主題,採質性研究法策略探索個案研究之方式進行。依據個人從事幹細胞及衍生物之實際學理與經驗為基礎,並蒐集符合三角驗證法之次級資料及各種資訊進行探索,探討與分析。並選擇六位幹細胞及其衍生物之學界,業界,與通路界菁英進行深度訪談,並將個人與深度訪談內容做成研究結果,最後歸納所有結果做成本文結論。研究結果與結論:(1).選用新生兒臍帶做為幹細胞產製品國際化商業合法用途之來源。(2).設立符合國際標準的幹細胞實驗室,並製造合法幹細胞產製品。(3).應該生產外泌體與生長因子做為國際化商業合法用途 。(4).中國可以

直接以外泌體申請二類或三類醫療器械行銷許可。其它國家之外泌體行銷許可應依據其該國法令規範申請,或先申請人體臨床試驗。生長因子得在各國可申請藥品或保健,保養品之行銷許可 。(5).相關事業發展初期宜發展多元行銷管道,或有條件與其它行銷管道配合。亦可以發展自有之幹細胞行銷通路 。關鍵字: 幹細胞及其衍生物 , 外泌體 , 生長因子

無機中間層應用於以水溶液法製備高性能零遲滯頂閘式氧化銦鎵鋅薄膜電晶體之研究

為了解決75NANO91SPA的問題，作者SARAVANAN KUMARAN 這樣論述：

In this study, top gate solution processed indium gallium zinc oxide (IGZO) thin film transistor is fabricated utilizing metal nitrate as precursor and the impact of nitrate ions in different solvents on the performances of IGZO TFT is demonstrated. Succeeding, with the solvent optimization, focuse

d on the active layer to enhance the TFT device performance. The extension of the IGZO annealing time attributed to greater TFT mobility with poor device stability owing to the creation of larger oxygen vacancies (Ov).The blending of suitable metal ions into IGZO films are suppress the oxygen vacanc

ies and enhance the device stability. While, blending of Mg or Al ions into the IGZO films are improve the device stability with the hindering of mobility. The introduction of inorganic interlayer (IL) between the polymethyl methacrylate (PMMA) and IGZO becomes ameliorate TFT performance. During the

annealing process of metal oxides (MgO or AlOx) over the IGZO film, the diffusion of Mg or Al ions into the active layers are takes place and suppress the free carriers. Meanwhile, passivation of large bandgap metal oxides over the IGZO film act as the buffer layer and reduce the gate leakage curre

nt densities. The solution processed MgO IL based IGZO TFT shows an impressive top gate TFT performance of 4.60 cm2 V–1 s–1 and Ion/off ratio of > 106.5.