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蔡伸隆 副教授 new

研究專長

研究領域

蛋白質工程  (Protein Engineering)

合成生物學  (Synthetic Biology)

生物啟發工程  (Bioinspired Engineering)

目前研究方向

  1. 運用生物啟發工程於酵素合成之調控機制上
  1. 以蛋白質模組回收高科技產業廢水中之貴重金屬或稀有元素
  1. 利用合成生物學技術來發展可自動搜尋並分解目標汙染物之聰明細菌
  1. 開發新型生物感測器及其於環境及醫學上之應用
  1. 高通量抗菌肽篩選技術之開發與運用
2013-2016年研究計畫

1.以模組式蛋白回收廢水中貴金屬並製成抗菌奈米複合材料之研究(3/3)

2.以奈米生物催化劑降解有機磷農藥及其生物感測器之建構

3.以合成生物學建構可搜尋、追捕並降解酸類污染物之智慧型菌株(1/3)

4.硫酸鹽精製程序之開發與最佳化

5.建構纖維生質塑料之生產菌株

2014-2017年著作選列/代表近作

  1. Chi-Wen Lin, Chih-Hung Wu, Yu-Hsuan Chiu, Shen-Long Tsai*, Effects of different mediators on electricity generation and microbial structure of a toluene powered microbial fuel cell. Fuel, 2014, 125, 30-35.
  2. Rebecca Chen, Qi Chen, Heejae Kim, Ka-Hei Siu, Qing Sun, Shen-Long Tsai and Wilfred Chen*, Biomolecular Scaffolds for Enhanced Signaling and Catalytic Efficiency. Current Opinion in Biotechnology, 2014. 28, 59-68. (Equal contribution).
  3. Qing Sun, Bhawna Madan, Shen-Long Tsai, Matthew P. DeLisa, Wilfred Chen*. Creation of artificial cellulosomes on DNA scaffolds by zinc finger protein-guided assembly for efficient cellulose hydrolysis. Chemical Communications, 2014. 50, 1423-1425.
  4. Shih, TY ; Tsai, SL*,"Simultaneous silver recovery and bactericidal bionanocomposite formation via engineered biomolecules",RSC ADVANCES(2014),4,77,40994-40998.
  5. Yunus, IS ; Tsai, SL*,"Designed biomolecule-cellulose complexes for palladium recovery and detoxification",RSC ADVANCES(2015),5,26,20276-20282.
  6. Agustin, YE ; Tsai, SL*,"A high-throughput and selective method for the measurement of surface areas of silver nanoparticles",ANALYST(2015),140,8,2618-2622.
  7. Leng, SH ; Yang, CE; Tsai, SL*,"Designer oleosomes as efficient biocatalysts for enhanced degradation of organophosphate nerve agents",CHEMICAL ENGINEERING JOURNAL(2016),287,568-574.
  8. Su, FH ; Tabanag, IDF ; Wu, CY ; Tsai, SL*,"Decorating outer membrane vesicles with organophosphorus hydrolase and cellulose binding domain for organophosphate pesticide degradation",CHEMICAL ENGINEERING JOURNAL(2017),308,1-7.

榮譽獲獎

²  斐陶斐學會榮譽會員 (大葉大學分會、清華大學分會)

²  2012 積極爭取國外年輕優秀學者獎助

²  2010 加州大學河濱分校優秀論文獎學金

²  2009 加州大學河濱分校化工暨環工系口頭簡報競賽 高年級組第一名

²  2007-2009 加州大學河濱分校全額獎學金

²  2005 中華民國國防部表驗優異獎章

²  2002 中國石油化學公司績優學生獎學金 清華大學化工所碩士班獲獎人

²  1997-2001 大葉大學書卷獎

²  2016榮獲105學年度臺科大 校教學優良教師

²   2016參加10月26-29日於宮崎所舉辦的國際會議2016 The 22nd Symposium of Young Asian Biological Engineers' Community (YABEC),榮獲"Best Poster Award"

 

實驗室介紹

Lab 專業研究儀器及設備

聚合脢連鎖反應儀、水平電泳系統、垂直電泳系統、照膠系統、微量讀盤機、超音波均質機、微量冷凍離心機、分光光度計、生物培養箱。

Lab group members

Group Photo

 

碩二研究生The 2nd year master students

施登耀Shih, Teng-Yao(Peter Shih)

E-mail: m10106812@mail.ntust.edu.tw

研究領域:分子生物技術應用於回收廢水銀離子並製成抗菌複合材料, 基本基因重組技術

Research interest:
Genetic engineering fusion protein toward silver recovery from wasted water and synthesize antimicrobial composite;
basic molecular cloning.

Ian Sofian Yunus

E-mail: m10106812@mail.ntust.edu.tw


研究領域:合成生物分子降解含氯之環境汙染物

Research interest:

I am interested in harnessing synthetic biology for environmental application. Currently, I am doing research on biomolecules utilization for chlorinated environmental pollutants degradation.

Yuana Elly Agustin

E-mail: m10106803@mail.ntust.edu.tw

研究領域:利用蛋白質作為生物探針偵測奈米粒子

Research interest:

I am interested in biosensing using fusion protein for the detection of nanoparticle

碩一研究生The 1st year master student

蘇福祥 Su, Fu-Hsiang(Jack Su)

E-mail: efyuko0621@gmail.com

研究領域:表面表達OPH應用於農藥的降解

Research interest:

I am currently doing research in surface display OPH for pesticide degradation

冷昇祥Leng, Sheng-Hsiang (Sammie Leng)
E-mail: sammie60212@gmail.com

研究領域:藉由設計生物分子應用於標靶藥物傳遞、生醫和環境保護領域

Research interest:

I am interested in designing biomolecules for targeted drug delivery, biomedical and environmental application.

 

Ian Dominic Flormata Tabañag

E-mail: iandominicz000@gmail.com


研究領域:生物分子工程

Research Interest:

Biomolecules and bioprocess Engineering

專題生Undergraduate student researcher

黃湘穎 Huang, Hsiang-Ying (Cindy Huang)

E-mail: cindy101050@hotmail.com

研究領域:利用基因工程的方法來表達抗菌肽
Research interest:

Antimicrobial peptide expression by genetic engineering approach

 
 
 
 

最後更新2017/07/28

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