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Functional Biomaterials: Design and Development for Biotechnology, Pharmacology, and Biomedicine

為了解決Tissue paper的問題，作者 這樣論述：

Assist. Prof. Tamilselvan Mohan obtained his Master of Science in Chemistry in 2006 from the Kanchi Mamunivar Centre for Post Graduate Studies (KMCPGS), Pondicherry, India. In 2007, Dr. Mohan graduated from the Pondicherry University with a Master of Philosophy (M.Phil) degree in Chemistry. From 200

7-2009, Dr. Mohan worked as a Junior Research Fellow (JRF) in the Pondicherry University (India) under the supervision of Prof. K. Anbalagan. Dr. Mohan pursued his Ph.D degree in the field of surface modification of polysaccharide cellulosic materials for Biosensor application from the University of

Maribor, Maribor, Slovenia under the guidance of Prof. Karin Stana-Kleinschek. Dr. Mohan joined as a post-doctoral fellow (February-May 2013) in the group of Prof. Gunter Reiter, Albert-Ludwig-University of Freiburg, Germany. From May 2013 - June 2017 he worked on the solid-liquid interface studies

, design of nanoparticles-polymer composites and tailoring of natural (e.g. cellulose) and synthetic polymeric surfaces for obtaining new functional properties in the University of Graz in the group of Prof. Volker Ribitsch. Since July 2017 he is working in the group of Prof. Stana Kleinschek, Unive

rsity of Maribor, where he mainly focuses on the development of various types of functional materials for flame-retardant, paper conservation and tissue engineering applications. Prof. Karin Stana Kleinschek, obtained her PhD degree from the Institute of Physical Chemistry of the University of Graz

, Austria. Her field of expertise is surface modification and characterization of polysaccharides and its usability in biomedical applications. She works as Full Professor at the Faculty of Mechanical Engineering of the University of Maribor (UM), where she teaches various courses on Polymer Chemist

ry, Surface Characterization of Polymeric Materials and Textile chemistry. From 2011- 2015 she was a Vice Rector for Research and Development of the UM. She is a member of various scientific organizations. Since 2013 she is a member of the European Academy for Science and Art and from 2014 associate

member of Slovenian Academy of Engineering. Since October 2016 she is visiting professor at TU Graz. Her scientific bibliography consists of more than 1052 units, including 194 scientific peer-reviewed papers; she participates and coordinates numerous of national as well as international research p

rojects.

Tissue paper進入發燒排行的影片

以紫外線傷害之表現質體探討水溫上升對斑馬魚胚胎DNA切割修補作用之影響

為了解決Tissue paper的問題，作者西莉亞 這樣論述：

由於核電站排放的加熱污水或海洋變暖，海水溫度可能會升高。在接收排放的海洋區域，發現溫度升高了 8 至 12 攝氏度，高於環境溫度。核苷酸切除修復 (NER) 通過去除螺旋扭曲的 DNA 損傷來保護遺傳材料的完整性。本研究旨在探討斑馬魚胚胎中 NER 對水溫升高的閾值敏感性。將受精後 10 小時 (hpf) 的早期胚胎和在 28.5 ˚C 飼養的 24 hpf 的中早期胚胎迅速轉移到預熱至 37、33 或 31 ˚C 的水中 30 分鐘，並通過帶移測定法測定 NER 活性和體外 DNA 修復試驗。紫外線誘導形成兩種類型的螺旋扭曲損傷，稱為環丁烷嘧啶二聚體 (CPD) 和 (6-4) 光產物 (

6-4PP)。帶移測定顯示在 10 hpf 胚胎中受到 +8.5 ˚C 熱應激的刺激 6-4 PP 結合活動，但這些活動在壓力 24 hpf 胚胎中受到抑制。熱應激對 CPD 檢測活動產生了類似的影響。在經歷 + 4.5 ˚C 弱熱應激 (WHS) 的胚胎中也觀察到 6-4 PP 和 CPD 結合活性的增強。相比之下，紫外線損傷的 DNA 結合活性在 WHS 下的中早期胚胎中受到抑制。 CPD 和 6-4PP 傳感活動在早期和中期早期胚胎中在 + 2.5 ˚C 溫和熱應激 (MHS) 中均受到抑制，並且抑制紫外線損傷的 DNA 結合活動與抑制整體 NER 相關通過基於轉錄的修復測定確定的容量，

揭示了斑馬魚胚胎中 NER 機制對 MHS 的易感性，無論發育階段如何。因此，當水溫升至 2.5 ˚C 時，魚胚胎也無法保持其遺傳完整性。

Crafting Magical Window Stars: How to Make Beautiful Paper Stars

為了解決Tissue paper的問題，作者Gueret, Frederique 這樣論述：

Frederique Gueret was born in France in 1949. After completing her art training, she developed her own method of paper-folding with tissue paper and first published her window transparencies in 1999. She lives in Stuttgart, Germany. Anna Cardwell is a translator who lives in Edinburgh, Scotland.

氣流隔絕裝置應用於光罩倉儲系統之隔絕效果研究

為了解決Tissue paper的問題，作者林哲宇 這樣論述：

目錄摘要 iABSTRACT iii誌謝 v目錄 vi表目錄 ix圖目錄 xi1 第一章 緒論 11.1 研究背景與動機 11.2 潔淨室 21.2.1 潔淨室定義 21.2.2 潔淨度分級範圍 21.2.3 潔淨室種類 41.3 微影製程及光罩 71.3.1 光阻劑 71.3.2 微影製程 71.3.3 光罩 81.3.4 光罩盒 81.4 氣態分子汙染物 81.5 撓曲方程式 101.6 文獻回顧 111.7 研究目的 131.8 研究創新 132 第二章 實驗設備與儀器 142.1 實驗設備 142.1.1 實驗場地 142.1.2 S

tocker room及外部無塵室 152.1.3 氣流隔絕裝置(FID) 172.1.4 示蹤氣體 202.1.5 雷射掃略成像系統 212.1.6 影像紀錄設備 242.2 實驗儀器 262.2.1 熱線式風速計 262.2.2 轉速計 262.2.3 壓差傳感器 272.2.4 THR20觸控式無紙紀錄器 283 第三章 實驗方法 293.1 實驗系統圖 293.2 FFU風速量測 303.3 示蹤氣體釋放手法 313.4 壓力調整方法 353.5 兩室壓差量測方法 353.6 實驗方法 353.7 流場可視化實驗流程 373.8 理論分析 373.

8.1 瑞利散射及米氏散射 383.9 質點影像測速技術 383.10 實驗數據分析方法 394 第四章 結果與討論 404.1 Case 1.0 404.2 Case 1.1 414.3 Case 1.2 434.4 Case 1.3 444.5 Case 1.4 464.6 Case 2.0 474.7 Case 2.1 494.8 Case 2.2 514.9 Case 2.3 524.10 Case 2.4 544.11 Case 3.0 564.12 Case 3.1 574.13 Case 3.2 594.14 Case 3.3 604.15 C

ase 3.4 624.16 Case 4.0 634.17 Case 4.1 654.18 Case 4.2 664.19 Case 4.3 684.20 Case 4.4 694.21 FID阻隔效果比較 715 第五章 結論與建議 745.1 結論 745.2 建議與未來實驗方向 75符號彙編 76參考文獻 78