Team:USTC/Team
Yu Juntao
Liu Yuting
Huang Jicheng
Li Kai
Yan Ning
Zhang Qijun
Shen Zeyu
Tian Shanquan
Li Huimu
Ma Kaiyue
Zeng Chaoliang
Zhou Qiuxia
Fu Yi
Dai Qian
Luo Xiao
Xue Ruolan
Yang Han
Zhang Kerou
Deutsche Bank
Deutsche Bank is a German global banking and financial services company with its
headquarters in the Deutsche Bank Twin Towers in Frankfurt. It has more than 100,000
employees in over 70 countries, and has a large presence in Europe, the Americas, Asia-
Pacific and the emerging markets. In 2009, Deutsche Bank was the largest foreign
exchange dealer in the world with a market share of 21 percent. Deutsche Bank has
offices in major financial centres including London, New York City, Singapore, Hong
Kong, Tokyo, Paris, Moscow, Sydney, Toronto, Jakarta, Istanbul, Madrid, Dublin,
Amsterdam, Warsaw, Mumbai, Kuala Lumpur, São Paulo, Dubai, Riyadh, Bangkok, Karachi,
Belgrade, Manila and George Town (Cayman Islands). The bank offers financial products
and services for corporate and institutional clients along with private and business
clients. Services include sales, trading, research and origination of debt and equity;
mergers and acquisitions (M&A); risk management products, such as derivatives,
corporate finance, wealth management, retail banking, fund management, and transaction
banking.
Thank Deutsche Bank for having been the
exclusive sponsor on iGEM!
For more information please click on http://www.db.com/.
University of Science and Technology of China, USTC
The University of Science and Technology of China (USTC) is a national research university in Hefei, Anhui, China, under the direct leadership of the Chinese Academy of Sciences (CAS). It is a member of the C9 League formed by nine top universities in China. Founded in Beijing by the CAS in September 1958, it was moved to Hefei in the beginning of 1970 during the Cultural Revolution.
USTC was founded with the mission of addressing urgent needs to improve China's economy,
defense infrastructure, and science and technology education. Its core strength is
scientific and technological research, and more recently has expanded into humanities
and management with a strong scientific and engineering emphasis. USTC has 12 schools,
27 departments, the Special Class for the Gifted Young, the Experimental Class for
Teaching Reform, Graduate Schools (Hefei, Shanghai, Suzhou), a Software School, a School
of Network Education, and a School of Continuing Education. In 2012 Institute of
Advanced Technology of University of Science and Technology of China was
founded.
USTC consistently adheres to the school-running principle of pursuing the national interest and innovative pioneering. It upholds the combination of science with technology, teaching with research, and theory with practice. In a short period, USTC has turned into a comprehensive national key university of science and technology, with emphasis on the forefront of science and high and new technology. USTC also offers management studies involved with science and technology and the humanities.
Since the founding of the University, USTC has undertaken a large batch of national,
ministerial and provincial research projects, achieving large number of research
results. Since its participation in the CAS Experimental Program of Knowledge
Innovation, USTC has achieved a batch of important and innovative results in the basic
research of nano science and technology, quantum information science, life science
research, fire science and fire protection technology, polar scientific investigation
and research, bio-mass clean energy research.
As a result, increasing number of papers have been published in "Nature" and "Science". 5 research results won national prizes, namely 1 Follow-up Prize and 1 Third Prize in the National Natural Science Awards, 2 Follow-up Prizes and 1 Third Prize in the National Achievement Awards in Science and Technology. Among these results, "Solvothermal Preparation and Characterization of Nanocrystalline Nonoxides" won Second Prize in the National Natural Science Awards in 2001; "Early Fire Intelligent Monitoring System for Large Space Buildings and Hidden-trouble of Electric Fire Checking System among them among them" and "An Artificial Monitoring and Policy-making Support System for Preventing and Reducing the Calamities of Anhui Province" both won Follow-up Prize in the National Achievement Awards in Science and Technology. 5 research results has been candidates 7 times for the list of the 10 Major Pieces of Sci-tech News in China, the 10 Major Pieces of News of Basic Research in China, the 10 Major Pieces of Sci-tech News in Chinese Universities, and the 10 Major Achievements in Science and Technology in Chinese Universities. In recent years, the University has solely undertaken or taken part in a lot of national major scientific programs, such as the second-phase project for the National Synchrotron Radiation Lab, HT-7U Super-conducting Tokmak.
With the motto "Studying diligently, making progress both in study and development of moral character", USTC has made distinguished achievements in talent fostering, scientific research and technology transfer, turning into an important base of high-qualified talent training and high-level scientific research for the nation. USTC is regarded by the Ministry of Science and Technology as one of the 4 universities with best scientific research performance in China. It ranks among the best in the review of Chinese top universities by the US journal "Science" and the French journal "Research".
USTC has three national research institutions and 6 key laboratoris of the Chinese Academy of Sciences (CAS). It also has some key scientific research institutions such as the CAS Research Center for Thermal Safety Engineering and Technology.
There are more than 3600 faculty and staff numbers, 22 CAS and CAE academicians, 432 professors. The number of students accepting normal higher education at USTC totals around 13794, 8243 undergraduate students, 3873 master's degree students, and 1498 Ph.D. students among them. Besides, it also has 1575 professional master's degree students, 110 post-doctoral fellows and 134 guest professors.
USTC has been likened to the Caltech of China "due to its dominant leadership position in scientific research, elite undergraduate education, and rigorous academic programs".
School of Life Sciences, USTC
The School of Life Sciences was founded by Bei shizhang，a renowned scientist in Beijing
in 1958 with emphasis on Biophysics at beginning and flourished to many branches of
biological sciences in recent years. The new School of Life Sciences was established in
Hefei, AnHui province in 1998 and the founding dean was Prof. Shi Yunyu, a member of
Chinese Academy of Sciences. It consists of four departments: Molecular and Cell
Biology, Neurobiology and Biophysics, Systems Biology and Biomedicine and Biotechnology.
For scientific research, the School of Life Sciences has established a Center for
Laboratory Techniques of Life Sciences and a division under National Laboratory for
Physical Sciences at the Microscale. Moreover, there are two students practice bases
which are located in Xishuangbanna, Yunnan province and Shengjing Lake, Anhui
province.
At present, there are eighty-seven teachers in the School of Life Sciences, forty-two of
them are professors (including two academicians of the Chinese Academy of Sciences) and
fifteen of them are associate professors. All professors and associate professors are
responsible for various aspects of teathing and research. They are providing various
courses for undergraduates, graduates and PhD candidates. The teachers in the School
Life Sciences are running many research projects, including general and key projects
from National Science Foundation of China, key projects from the knowledge Innovation
Program of Chinese Academy of Sciences, projects of the National Basic Research (973),
projects of the National High Technology Research and Development Program of China
(863), and the Major Program for the Fundamental Research of the Chinese Academy of
Sciences. More than 70% of the professors are recruited from overseas in recent years.
Twenty-two of them are honored as “One Hundred Talented People” of The Chinese Academy
of Sciences, eight of them are honored as China National Funds for Distinguished Young
Scientists, three of them are ChangJiang River scholar award scheme professors.
Presently, there are about 400 undergraduate students, 400 graduate students and 200 PhD candidates in our school. Because of the strong backgrounds in life sciences, our graduated students are playing more and more important roles in high education of scientific research both at homeland and abroad. Some of them have made prominent contributions to national sciences and were honored by various awards and medals from academic societies. Three doctoral dissertations were honored as the Awards for National 100 Excellent PHD Thesis. Four doctoral dissertations were honored as the Excellent PhD Thesis of the Chinese Academy of Sciences.
Hefei City
Hefei formerly known as Hofei, Luzhou, or Luchow, is the capital and largest city of
Anhui Province in Eastern China. A prefecture-level city, it is the political, economic,
and cultural center of Anhui. Located in the central portion of the province.
From the 8th to the 6th century BC, Hefei was the site of many small states, later a part
of the Chu kingdom. Many archaeological finds dating from this period have been made.
The name Hefei was first given to the county set up in the area under the Han dynasty in
the 2nd century BC. During the 4th to the 6th century AD, this crucial border region
between northern and southern states was much fought over; its name and administrative
status were consequently often changed. During the Sui (581–618) and Tang (618–907)
periods, it became the seat of Lu prefecture—a title it kept until the 15th century,
when it became a superior prefecture named Luzhou.
Hefei plays an important role in scientific research in China. It has seven national laboratories, second only to Beijing: The National Synchrotron Radiation Laboratory (Chinese: 国家同步辐射实验室; pinyin: Guójiā tóngbù fúshè shíyàn shì), the Hefei National Laboratory for Physical Sciences at the Microscale (Chinese: 微尺度物质科学国家实验室; pinyin: Wēi chǐdù wùzhí kēxué guójiā shíyàn shì), both of which are under the University of Science and Technology of China. It also has the Institute of Solid State Physics, Institute of Plasma Physics, Institute of Intelligent Machines, High Magnetic Field Laboratory (founded in 2008), Anhui Institute of Optics and Fine Mechanics, all of which are under the Hefei Institute of Physical Sciences which belongs to the Chinese Academy of Sciences.Hefei is the location of EAST, an experimental superconducting tokamak magnetic fusion energy reactor.
We sincerely thank all the people who once help and support us to make our project possible,
- Thank Professor Jin Fan and his lab for their pertinent
recommendations on our project and thank them for providing microscope for observing
bacteria adhesion and experimental guidance. Professor Jin Fan's comments on our
project and experiment are of great help to improving our project.It is he who told
us that iGEM is not just a competition, but an opportunity to think carefully on
major scientific issues and try our best to hit its key using synthetic biology.
Thank Mr. Han for his patient guidance on experimental plan design.
Thank Professor Hong Jiong for his early guidance and advice on our project. During our brainstorming, his experience on synthetic biology help our a lot to judge the feasibility on our summer lab plan.
Thank Professor Zhang Qian for her great support on our lab and reagents. With her
thoughtful assistance on managing our lab, we were able to be more attentive on research and experiments.Thank Professor Liu Suling and her lab for their advice on our experiments.
Thank Professor Shan Ge and his lab for their advice on our experiemtns.
Thank Mr. Dong Bo, leader of 2014 USTC-China, for his help on 2015 USTC new team recruitment.
Thank Mr. Xie Fangming, member of 2014 USTC-China, for his guidance on American Visa.
Thank Mr. Tang Xiao, for providing possible ways to use software scanning the pictures to count thousands of bacteria and the videos to measure the mobility of the bacteria. With his help, we can process the experimental data automatically by software so that our workload is greatly reduced.
Thank BIT 2015 for giving us the protocol on bacterial freeze-drying.
Thank USTC-Software 2015 for the communication and mutual help between two teams.
Thank Sichuan University 2015 for many times mutual discussion between two teams.
Thank NCTU and Beijing University for providing us with the opportunity to share ideas and make progress toghther!
