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We are eight students from the University of Southern Denmark (SDU), who found each other through a common wish to explore synthetic biology. | We are eight students from the University of Southern Denmark (SDU), who found each other through a common wish to explore synthetic biology. | ||
Revision as of 16:48, 21 October 2009
Students
Anna Linhardt Hansen
I am studying medicine on 5th semester at the University of Southern Denmark, and my motivation for joining SDU´s iGEM is numerous. First of all, studying medicine does not prepare the ground for scientific work, which I think is a petty. Second, I think its cool to make friends among different field of study. Third, but presumably most important; I would like to have some fun.
Julius Fredens
I’m 24 and study Biochemistry and Molecular Biology at 9th semester. Although I've spend a lot of time in the lab doing projects on C. elegans metabolism and analysis of modified nerve terminal proteins, I've never been in touch with genetic engineering or even worked with single-celled organisms.
When I think about all the opportunities in genetic manipulation, I just have to know the techniques. And learning this discipline by hands-on experiences together with a great team – in competition with others ;o) – sounds just pretty nice!
Kir Jacobsen
9th semester Biochemistry & Molecular biology, 24, experience with cell culturing, protein purification with focus on phosphoproteins and mass spectrometry. Additionally, experience with purification of DNA from tissue and copy number surveillance.
I always seek new areas of study, because I find the world of life sciences very exciting. When the opportunity came up to do something with bacteria, I was interested right from the start, because I havent really worked in the area of prokaryotes before and I was eager to explore it.
John Claesson
Hey! My name is John. I am studying medicine at 5th semester here at the University of Southern Denmark. I have 3 reasons for joining the iGEM team here. First of all I'm very dedicated to all forms of science. Second I think it is great to meet other students who have the same passion for science. At last I would also like to have more fun. :-)
Anne Zebitz Eriksen
I am 20 years old and I have just finished my first year of the nanobioscience bachelor. I have great experience in project-management from the technical high school, but have very little previous experience with the microbiology lab.
I joined the iGEM team because I always thought genetically engineering to be exciting and to gain valuable experience in this line of work. And mostly because it sounds fun.
Marc Trunjer Kusk Nielsen
My name is Marc, im 21 years old and i've just finished the 3rd semester of Medicine. I have a broad, but superficial experience in labwork, but it's been a couple of years, and i miss it. Im really looking forward to retaking the lab and building a Staph dissolving bastard of a bacteria :)
Helle Bogetofte Thomasen
My name is Helle Bogetofte Thomasen, I am 23 years old and have just begun on my 6th semester of medicin at SDU.
Regarding my motivation; I generally think that syntetic biology is a very interesting scientific field with great potentiel and I really look forward to joining the competition and meeting students from all over the world.
I would like to work in medical research later on but our education doesn't really involve any lab work. So for me this iGEM project is also a great chance to get some lab experience and try some things that I would otherwise only read about. Beside from this I am strangely fascinated by bacteria ;o)
Mike Barnkob
Motivation: I found synthetic biology to be an exciting new field to explore. It has a lot of potential for real world applications and iGEM provides a perfect setup for us students to wrestle with new ideas and projects.
About me: I study medicine and am currently on my 7th semester here at SDU. I've worked on detecting LOH in a rare cancer called multiple self-healing squamous epithelioma at Odense University Hospital and spent some time at University of Illinois a summer ago trying to be helpful at Kelly Tappendens lab. My bachelor thesis had the inspiring name: A Systematic Comparison of Cystatin C Based Formula's and The Creatinin Based Schwartz Formula for Determining Kidney Functions in Children.
Advisors
Ann Zahle Andersen
I am a post.doc at the microbiology group of the department of biochemistry and molecular biology at SDU. I have a past I systems biology and mathematical modeling, but am currently researching in the field of food microbiology.
I was introduced to the iGEM team in May and immediately saw great potential. Therefore I am truly honored to be an instructor on their project and look forward to lots of fun and good science over the summer.
Pia K. Nielsen
Ph.D fellow at the University of Southern Denmark, Department of Biochemistry and Molecular Biology, Odense.
When presented with the “International Genetically Engineered Machine” project, I first imagined it as an immense and boundless project. But presented with the idea that the SDU-Denmark team had come up with, I became fascinated – could it be possible that they could generate a biological system, which could end up having a huge affect on the treatment of bacterial infection, just by an idea, some parts and a few months?
As pathogenesis and stress tolerance are main topics of my own research project, in which I am focusing on the virulence and stress response of Listeria monocytogenes, I use many of the molecular methods that the iGEM team are working with. Therefore I am very pleased to have the opportunity to help our team by assisting them in the lab.
Martin Hanczyc
Synthetic Biology presents an interesting challenge to apply reliable protocols from molecular biology to alter and control the functionality of complex living systems. The results of such endeavors are far from predictable and give scientists a realistic perspective on the interconnectivity, programmability, and complexity of living systems. This is an exciting time for students interested in living systems to try to reprogram them in specific and quantifiable ways.
As an associate professor at SDU, I am primarily interested in developing laboratory models of complex systems that have life like properties. This is done through my participation in the research center called FLinT (fundamental living technology). Currently my research lies in physics and chemistry, but my interests are based in biology and evolution.
The team of students here came together under common interest, self organized and effectively initiated training in Synthetic Biology at SDU. It is a pleasure for me to support their initiative, energy and curiosity.
Jakob Møller-Jensen
Associate Professor, Department of Biochemistry and Molecular Biology, University of Southern Denmark.
I am interested in the molecular mechanisms by which pathogenic strains of Escherichia coli cause disease. In my group, we aim to identify bacterial virulence factors and further characterize the molecular cross-talk taking place at the host-pathogen interface during infection. In this framework the C. elegans model organism is used extensively for both genetic and proteomic analyses of bacterial infection.
As a supporter throughout the summer I have become truly impressed by the SDU iGEM team enthusiasm and genuine interest in science. They really make things happen, both in the lab and outside!
Steen Rasmussen
Center Director and Professor at the [http://www.sdu.dk/Om_SDU/Institutter_centre/C_FLinT.aspx Center for Fundamental Living Technology] (FLinT), Department for Physics & Chemistry, University of Southern Denmark and External Research Professor at the Santa Fe Institute, New Mexico, USA.
I've been obsessed with the idea of assembling minimal from the bottom up since I was a student, and it's therefore a great pleasure for me to support our iGEM team. iGEM is operating in the other end of Synthetic Biology also addressing "what is life?", but from the top down through modifying and simplifying existing life-forms.
Perhaps as the field of Synthetic Biology matures, iGEM 3.0 will also include a competition for teams developing minimal life-like systems from the bottom up: minimal molecular aggregate motility; minimal energy transduction systems; autonomous sensing signal transduction and actuation systems; aggregate growth and division; evolution in minimal replicator systems, and the like.
Birgitte Kallipolitis
Associate Professor in Molecular Microbiology at the Department of Biochemistry and Molecular Biology, University of Southern Denmark.
Research interests: RNA- and protein-based gene regulatory systems in pathogenic bacteria; host-pathogen interactions; bacterial stress response; antibiotic resistance. Since 2005, principal investigator and head of research group currently consisting of 2 post docs, 4 phd students and several masters students. Research projects are currently funded by the Danish Council for Strategic Research, the Danish Natural Science Research Foundation, FORCE Technology and Luncbeckfonden.
Motivation: Always happy to support students with an interest in doing science!
About SDU
[http://sdu.dk University of Southern Denmark] has more than 20,000 students and more than 4,000 employees. The university offers teaching and research at 6 campuses situated on Funen, in the south of Jutland, west of Zealand and in the capital city – in Odense, Kolding, Esbjerg, Sønderborg, Slagelse and Copenhagen.
University of Southern Denmark has created an institution of higher research and education which provides first-class educational opportunities and is cooperation partner for both public and private businesses and organisations for providing qualified labour.
The students of our team are studying at two diffent faculties:
Faculty of Health Sciences
One of only three in Denmark, the Faculty of Health Sciences enjoys close cooperation with Odense University Hospital, industry and experts across the world. The Faculty’s expertise in public health offers students and researchers a first-class learning environment and the opportunity to play a key role in the treatment and prevention of disease.University of Southern Denmark has a strong image when it comes to health science research, education and communication. We take part in securing quality and development in the entire region of Southern Denmark. Consequently our research must reflect the future challenges of the hospital and health system. Our students are provided with qualifications and competencies in a way that makes it possible for them to meet these new challenges.
Faculty of Science
Learning is hands-on at the Faculty of Science, where modern laboratories and an emphasis on fieldwork give you the opportunity to put theory into practice. The Faculty’s wide-ranging expertise, which includes research areas such as biotechnology and nanotechnology, offers you the chance to explore your area of interest alongside leading international specialists. Science is alive – it moves and speeds up the world. Science is alive because it is developed by engaged researchers in vivid settings and surroundings. The researchers of Science conduct research in first life on earth, synthetic biology, medicinal products of the future and of course proteomics, where University of Southern Denmark is in the top-class of the world.
Who are we?
We are eight students from the University of Southern Denmark (SDU), who found each other through a common wish to explore synthetic biology.
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