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Team:UCLondon/Team
From 2012e.igem.org
Morph
Bioinformatics
Meet the Team!
Contents |
Board of Directors
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Kong Khai Jien
Chairman and Chief Technologist
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Kong Khai Jien is the initiator of CUO. He is a multidisciplinary biologist currently studying MSc Nanotechnology and Regenerative Medicine at UCL. Although he has background in biology, he took the initiative to pick up computational skills through self-learning. In his final year research project, he spotted the potential of CUO while engineering a pipeline for gene optimization in C.reinhardtii’s chloroplast. Over one year, he expanded CUO from a humble codon usage analysis tool into a versatile open source bioinformatics software. He has a far vision for CUO but nevertheless possesses entrepreneur spirit to rise it up.
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Freedanz Ferdinandz
Chief Executive Officer
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Freedanz Ferdinandz has an executive and managerial role within the team and is involved in creating the business plan. Studying MEng Biochemical Engineering with Bioprocess Management at UCL he has been involved in various societies within and outside his department as well as projects such as the Abbott Innovation University Challenge where he led the team to the first prize. In combination with his exposure to various industries such as management consulting, patent law and biotechnology during internships, his personality profile and skills in leadership, organization and communication have enhanced a lot. He has been awarded various recognitions including the A-level scholarship initiated by McKinsey, Bosch and Telekom the Sir Derek Scholarship for the commitment to Biochemical Engineering. The wide and diverse industry of Biotechnology is the sector he is aiming to change and lead during his career.
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Alfred Ho
Chief Strategist
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Alfred Ho is a biomedical scientist in his BSc tasked with creating, communicating, executing and sustaining a well-thought-out Development & Growth Strategy evolving round CUO. He sees life sciences as a viable new economy and paradigm shift, finally blossoming and taking off exponentially because of the recent ‘crossovers and fusion’ of precision engineering disciplines (including, but not limited to nanotechnology, electronics and ICT) and robust hardcore quantitative sciences (especially Physics, Chemistry, Applied Mathematics and Computer Sciences) with the hitherto rather raw & primitive biological sciences. He assembled the UCL iGEM:E team, partaking with friends made from UCL iGEM 2011, UCL OpenLabs and LBS to gain insight into the innovative and competitive dynamics of novel marketplaces, not to mention the pleasure of spending yet another productive summer in the companionship of congenial people.
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Anastasia Suprun
Chief Financial Officer
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Anastasia Suprun is one of the actors responsible for pure business and financial aspects. After her B.A. graduation in economics, management and financial services she worked as investment analyst in a German insurance group. Moving from operative to strategic fields she became internal management consultant gaining a wide range of experience in business administration and process optimization. In addition to this she is the COO of a wholesale start-up between Russia and Germany which will be valuable in this project. She is currently doing an Executive Masters in Finance at London Business School.
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Ng Kheng Tee
Chief Scientific Officer
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Kheng Tee Ng is the one responsible for help with assessing the scientific and technical feasibility of the product. He is a recent BSc Biotechnology graduate from University College London. Throughout his studies and projects including iGEM, internships in Malaysian R&D labs and Abbott Innovation Challenge, he was exposed and experienced in various lab techniques, extensive literature reviews and scientific presentations. For his work and dedication, he was awarded several recognitions including the faculty medal, first prize Abbott Innovation Challenge, Federation of European Biochemical Societies medal, to name a few. He is going to start his PhD in Biotechnology at University of Cambridge.
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Li Meng
Human Resources Officer
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Li Meng is a Biochemical Engineering student taking the role as Company Secretary focusing on human resources and outreach. She also fulfils tasks in the field of Marketing Development. Her research experience has been obtained in viral pathogenesis and cancer biology. Apart from her strong passion in scientific research, she is also interested in translating innovations from the bench to commercial products. Being aware of the rapidly evolving relationship between science and industry, she built up the collaboration between London Business School and UCL to seek a better way of fitting scientific discoveries into the global economy. She has also contributed in the development of CUO with background research.
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Mohamad Farhan Bin Mohamad Sobri
Chief Communication Officer
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As a member of the UCL IGEM Entrepreneurship Challenge 2012 team, Farhan is tasked in contributing to the team wherever possible and required. Particular emphasis is placed on editing the team’s documents, attributed to his proficiency in literature. In the field of Life Sciences, he is most interested in the emergence of both 3rd generation algal based biofuels and tissue engineering in the medical field. He sees iGEM E as a great way to learn how to form a business based on a novel product and subsequently, be able to engage with like minded individuals to improve himself as a whole.
Board of Advisors
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Andrew C.R. Martin
Senior Lecturer and Bioinformatician in Structural & Molecular Biology
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Dr. Martin is best known for his work on analysis and modelling of antibodies and analysis of the effects of mutations on protein structure and function. His group is analysing antibody sequence and structure with a view to understanding how the immune system tailors binding to a given antigen and how antibodies can be humanised or sythesised. Other work in the group has looked at improving sequence alignment for protein modelling and creating automated pipelines for protein sequence annotation. Apart from in depth knowledge regarding bioinformatics software and database development, he also has a vast experience in commercializing his works.
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Simcha Jong
Assistant Professor in Management Science and Innovation
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Simcha's research focuses on business development and product innovation in knowledge-intensive sectors, in particular in the life sciences sector. His research engages with traditions in the sociology of organizations and knowledge literature as well as traditions in the management literature focusing on the management of technology, strategy, organizational behavior, entrepreneurship, and innovation policy.
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Henry Taunt
PhD Candidate of Therapeutic Proteins in Algal Chloroplast
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Henry is the alpha beta user and the instructor of the first ever research that triggers the emergence of CUO. His PhD is focused on utilizing C. reinhardtii as an expression platform for therapeutic proteins. In particular, he is investigating a potential novel class of antibiotics known as bacteriophage endolysins. These are lytic enzymes from bacterial specific viruses that enable the viral particles to escape the bacterial cell at the end of their life cycle. This is done by breaking apart the peptidoglycan cell wall. He has cloned the gene that encodes one of these enzymes into the C. reinhardtii chloroplast, and shown that the enzyme produced is able to specifically attack a penicillin-resistant human pathogen. At present, he is attempting to purify and characterize this lysin, as well as beginning investigations into two more lysins specific to human pathogens.
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William Graham Richards
C.B.E., Senior Researcher in Molecular CAD
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Professor William Graham Richards, C.B.E., M.A., D.Phil, D.Sc, C.Chem, FRSC was Head of Chemistry (1997-2006) at the University of Oxford. He is a Fellow of Brasenose College, Oxford and the author of 300 scientific articles and 15 books. He is a council member of the Royal Society of Chemistry and of The Royal Institution. He applied computational techniques to solving quantum mechanical problems in theoretical chemistry at the Physical and Theoretical Chemistry Laboratory, Oxford and became one of the pioneers in the field of computer-aided molecular design for industry, particularly in pharmaceuticals.His work has been recognised by awards including the Mullard Award of The Royal Society, Lord Lloyd of Kilgerran Prize, the Italgas Prize and the 2004 Award of the American Chemical Society for Computers in Chemical and Pharmaceutical Research. He is a council member of the Royal Society of Chemistry and of the Royal Institution.He was one of the co-founders (with Tony Marchington) of Oxford Molecular Ltd. which was worth £450 million at its peak but which was eventually sold for £70million. He also helped set up Isis Innovation, Oxford's technology transfer company that has brought around 60 spin-out companies into existence, generating tens of millions of pounds of income for the university.He instigated a screensaver project which exploited idle time on over three million personal computers in over 200 countries to screen 3.5 billion compounds against protein targets. This led to the formation of the spin-out company Inhibox Ltd. where Professor Richards now conducts his research. He donated his shares in the company to a cancer research charity in 2002. He is a non-executive director of IP Group plc.
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Saul Purton
Senior Lecturer and Group Leader of UCL Algal Research
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Dr.Saul Purton is the supervisor of the research that sparks the creation of CUO. A central focus throughout his research career has been the chloroplast organelle of plants and algae. He has explored questions regarding its evolution; its biology (mainly photosynthesis, but more recently other metabolic processes such as fatty acid and isoprenoid biosynthesis), its molecular biology (the evolutionary forces that have shaped the chloroplast genome, and how the nucleus coordinates the expression of chloroplast genes), and its genetic engineering and biotechnological exploitation. Almost all of this research has involved the green alga Chlamydomonas as a model system. Indeed, his research is underpinned by the many genetic engineering tools his lab has developed (and are continuing to develop) for Chlamydomonas.
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