uni.news

» Published on 10. Februar 2014

Observing HIV and other viruses through a laser microscope

Bielefeld University acquires cutting-edge research instrument

With Bielefeld University’s new laser microscope, you can even see individual viruses. Its resolution is sufficient for objects as small as 100 nanometres –the size of such pathogens. The new instrument cost about one million Euros. The Biomolecular Photonics research group at the Faculty of Physics will be using this high-resolution widefield microscope to study transport processes and signal transmissions in living cells. One focus will be on studying how the human immunodeficiency virus (HIV) spreads through the human body.

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» Published on 19. Dezember 2013

Deciphering the secret of the sugar beet

Scientists from Germany and Spain announce the sequence of the sugar beet genome

An international team of researchers from Bielefeld University, the Centre for Genomic Regulation (CRG) in Barcelona, Spain, the Max Planck Institute for Molecular Genetics (MPIMG), Department of Vertebrate Genomics (H. Lehrach) in Berlin and further partners from academia and the private sector, have been able to sequence and analyse for the first time the sweet genes of beetroot. The results of the study, that will be published next 18th December in Nature, shed also light on how the genome has been shaped by artificial selection.

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» Published on 13. November 2013

Announcement of the deutsch-französischer Parlamentspreis

Award goes to senior lecturer at Bielefeld University      

Privatdozentin [senior lecturer] Dr. Nicole Colin, a temporary lecturer at Bielefeld University’s Faculty of Linguistics and Literary Studies, has been awarded the deutsch-französischer Parlamentspreis by the German Parliament and the French Assemblée Nationale. She is a professor at the University of Amsterdam. On 18 November she will be awarded the 10,000 Euro prize in Paris for her post-doctoral habilitation Deutsche Dramatik im französischen Theater nach 1945. Künstlerisches Selbstverständnis im Kulturtransfer [German drama in the French theatre since 1945: cultural transfer of an artistic self-concept].

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» Published on 6. November 2013

iGEM competition: First runner up to world champion for Bielefeld

Great success for Bielefeld University’s team with its microbial fuel cell       

Many months of laboratory work, numerous challenges, and, finally, good reason to celebrate: Ten students from Bielefeld University have been taking part in this year’s International Genetically Engineered Machine competition (iGEM) organized at the Massachusetts Institute of Technology (MIT) – and they gained second place (First Runner Up). They had already won the European region preliminary round (11–13 October) with their construction of a microbial fuel cell to generate energy directly from bacteria. The final World Championship Jamboree was held from 1–4 November at the MIT in Boston, USA. The Bielefeld team competed successfully against 80 teams from all over the world. Professor Dr.-Ing. Gerhard Sagerer, Rektor of Bielefeld University was openly delighted at the success of the young researchers. ‘I heartily congratulate the Bielefeld team for this fantastic result. This very good achievement underlines the international level of research and teaching at Bielefeld. And I wish to thank the students for helping to make Bielefeld University even more visible throughout the world.’

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» Published on 23. Oktober 2013

The molecular clock of the common buzzard

Bielefeld biologists reveal the influence of genes on dispersal behaviour

Be it hibernation or the routes of migratory birds: all animal behaviour that is subject to annual rhythms is controlled by a molecular clock. Although this has been known for a long time, in many cases it is still unclear how far genes are involved in setting this internal clock. Up to now, this also applied to the common buzzard and its migration from parental breeding grounds. Behavioural scientists in Professor Dr. Oliver Krüger’s team at Bielefeld University’s Faculty of Biology have now confirmed that a genetic clock determines when young buzzards leave their parents’ territory. The key to these findings were observations from the general public who reported tagged birds to the researchers. The researchers have now published their study in the journal Molecular Ecology.

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» Published on 21. Oktober 2013

Bielefeld iGEM team wins European preliminary round

Students at Bielefeld University impress the judges with their microbial fuel cell

Last weekend (11–13 October), Bielefeld University’s iGEM team won the European region preliminary round of the international iGEM competition. The jury was so impressed by the microbial fuel cell the team has developed to generate energy directly from bacteria that they judged them to be the best team in Europe. ‘We never even dreamed that we would win,’ says Lukas Rositzka, a member of the team. ‘The surprise was great and the joy even greater.’ iGEM stands for ‘International Genetically Engineered Machine competition’ and is the most important student competition in synthetic biology. It has been held every year since 2004 at the Massachusetts Institute of Technology (MIT) in Boston, USA.

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» Published on 30. September 2013

Paternalism and Justice in Preventive Health Care

Opening workshop of the new Research Group at the Center for Interdisciplinary Research of Bielefeld University

The phenomena are well-known: educated top earners are healthier than uneducated poor people – and that is not only due to their having easier access to health care. A healthy lifestyle contributes considerably to preventing disease outbreaks and increases life expectancy. How far can the state go to encourage a healthy lifestyle in citizens? Paternalism and justice in preventive health care are the central topics of experts` discussions at an international workshop at the Center for Interdisciplinary Research (ZiF) of Bielefeld University. It is the kick-off event to the new ZiF Research Group which investigates questions concerning a fair public health policy.

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» Published on 16. September 2013

Doing research in the pub

Scientists at Bielefeld University study how orders are placed at the bar

Dim lighting, a jumble of conversations, and loud music: bar staff have to master numerous challenges when serving their customers. In a crowded place, they have to identify who would like to place an order and who does not. A Bielefeld research team analysed how the body language of the potential customer helps the bartenders to achieve this. The team found that real-life observations were at odds with the widespread belief that customers wave for signalling that they would like to order a drink. Analysing the real-life data showed that it is crucial how customers position themselves at the bar counter. These findings were integrated in the ‘brain’ of the robotic bartender James. The Bielefeld scientists published their study in the online research journal ‘Frontiers in Psychology’.

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» Published on 13. September 2013

Inheritance of lifespan is sex-dependent in fruit flies

Researchers from Bielefeld and Uppsala publish joint study

Like mother, like daughter; like father, like son. Evolutionary biologists at the universities in Bielefeld and Uppsala (Sweden) have now shown that this proverb also applies to inheriting a long life – at least for fruit flies (Drosophila). The research team found that the descendants of these insects mostly inherit their lifespan from their own sex: male descendants will very probably live about as long as their fathers; female descendants, about as long as their mothers. The scientists have published their findings on Thursday 12 September in the renowned journal „American Naturalist”.

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» Published on 22. August 2013

Process devised for ultrathin carbon membranes

Physicists from Bielefeld University have developed a new method of fabrication

In the future, carbon nanomembranes are expected to be able to filter out very fine ma-terials. These separating layers are ultrathin, consisting of just one layer of molecules. In the long term, they could allow to separate gases from one another, for example, filtering toxins from the air. At present, the basic research is concerned with the production of nanomembranes. A research team working with Professor Dr. Armin Gölzhäuser of Bielefeld University has succeeded in developing a new path to produce such membranes. The advantage of this procedure is that it allows a variety of different carbon nanomembranes to be generated which are much thinner than conventional membranes. The upcoming issue of the renowned research journal ‘ACS Nano’ reports on this research success.

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