Professor Nigel Minton, Director of the Synthetic Biology Research Centre (SBRC) at the University, said: “Massive congratulations to you all. It was also given generous cash donations from Porton Bipharma Ltd and Don Whitley Scientific Ltd and through in-kind support from Qiagen, Promega, The Twinkle Factory, New England Biolabs, Labfolder and Snapgene. Nottingham’s iGEM team was supported by the University of Nottingham’s Research Priority Area in Industrial Biotechnology through grant funding from the Wellcome Trust, the Biotechnology and Biological Sciences Research Council (BBSRC), Engineering and Physical Sciences Research Council ( EPSRC) and National Institute for Health Research (NIHR) via the Nottingham Digestive Diseases Centre. Team Nottingham 2019 can now add its gold success to the medals of previous teams Team 2017 (Bronze) and Team 2018 (Gold). Team Nottingham 2019 travelled to Boston, USA to present their work at the iGEM jamboree and can now proudly boast a Gold Medal along with nominations for ‘Best Food and Nutrition project’ and ‘Best Human Practices’. Teams use the principles of synthetic biology, the “ Engineering of Biology” to design parts, devices or systems to solve real-world problems, such as antibiotic resistance and climate change The annual competition, held in Boston, began in 2004 with just five teams but this year brought together nearly 6,000 students in over 400 interdisciplinary teams from 45 different countries. The iGEM foundation which began at MIT (Massachusetts Institute of Technology) Boston, USA, is an independent, non-profit organisation dedicated to the advancement of synthetic biology, education and competition, and the development of an open community and collaboration. Saniya Crouch, Team Leader Nottingham iGEM 2019 However, the real benefits to my career are all of the skills I gained along the way such as lab work, problem-solving, presentation, and many other skills which will benefit any career I choose, whether it is inside or out of the lab.” It has given me a realistic insight into the 'life of a scientist' and has inspired me to pursue a career in the lab. IGEM has given our team the opportunity to contribute to the rapidly developing synthetic biology field at such a young age, by developing a project which is able to tackle real-world issues. The acetone gas can then be simply and quickly detected using an electronic nose also designed and made by the team. This safe strain produces volatile acetone rather than toxin if the food packaging methods fail. Team Nottingham designed a ‘proof of concept’ project by engineering a safe strain of bacteria which could be injected into the packaged food to be tested. Outbreaks of botulism are rare but can result in high morbidity and mortality rates. The Nottingham team’s winning project “Notox” aims to provide a cheaper and faster alternative to current food testing methods for preventing botulism, a deadly type of food poisoning, caused by Clostridium botulinum. The team of 10 undergraduate students from the Schools of Life Sciences, Mathematics and Computer Science has won Gold at the internationally renowned iGEM competition (International Genetically Engineered Machine).
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#Mit snapgene software
SnapGene Viewer is software that allows molecular biologists to create, browse, and share richly annotated DNA sequence files. Each time you edit a sequence or simulate cloning or PCR or mutagenesis, the procedure is automatically logged in a graphical history. SnapGene automatically records the steps in a cloning project.
It simplifies the planning of a Gibson Assembly reaction, and automates the primer design.
Select the DNA fragments that you wish to fuse, and SnapGene will design the primers. SnapGene is molecular biology software that allows users to plan, visualize, and document molecular biology procedures. SnapGene Frequently Asked Questions (FAQ) Overview
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