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Researchers in Bonn have reprogrammed skin cells into nerve cells to investigate a rare neurological disease. 08.12.2011

Nervous disorders investigated using reprogrammed stem cells

Researchers in Bonn have tracked down the causes of a rare movement disorder. In their work they have used skin cells that have been reprogrammed into nerve cells – so called induced pluripotent stem cells.

This year, 66 student teams met in Boston for the competition - twice as many as 2010. 16.11.2011

iGEM 2011: No podium place for German teams

Although usually accustomed to success, the German teams went home empty-handed this year at the iGEM finals. The event is a serious but good-natured showdown in the field of synthetic biology.

Cells are the focal point of regenerative medicine. Under aseptic conditions, these are prepared for treatment in the laboratory. At the conference in Leipzig, researchers discussed the latest findings of the field. 15.11.2011

Stem cell medicine: Industrial applications in sight

Cell-based therapies and testing were big subjects at the World Conference on Regenerative Medicine in Leipzig. There was a positive mood among attendees – despite the recent court decision on stem cell patents in Europe.

Cooperation partners in the international epigenome project are scrutinising the chemical markers on DNA and surrounding proteins. The 30 million-euro BLUEPRINT Consortium has now begun work. 07.11.2011

Multimillion epigenetics genome project begins

The first 30-million-euro major project under the umbrella of the International Human Epigenome Project has now begun in Europe with the participation of German scientists.

In the film Contagion, the virus research is actually quite realistic – with only a few minor blemishes. 02.11.2011

Biotech cinema: Deadly viruses and artificial skin

Biotechnology plays a central role in two films currently showing in Germany: Steven Soderbergh's Contagion and Pedro Almodóvar's The Skin I Live In. To varying degrees, both are based on genuine research.

The challenge for the students in the iGEM competition: To build functioning systems using standardised biological components. 17.10.2011

iGEM Competition: Three German teams in the finals

Since 2004, the iGEM competition has been a highlight for innovative students constructing new biological systems. Three German teams from Bielefeld, Munich, and Potsdam have now made it to the final round at the prestigious MIT university near Boston.

Superintendent Max Ballauf (Klaus J. Behrendt) and Freddy Schenk (Dietmar Bär, r) have to solve a case with a twist of genetic engineering. 30.09.2011

“Tatort”: Murder in the biotech lab

A crime involving genetically modified plants? A recent episode of the popular crime show Tatort was titled ‘Outcrossing’. The superintendents Ballauf and Schenk had to solve a case in the surroundings of the Cologne Genetic Engineering Institute.

The recent conference at the Max Delbrück Centrum Berlin-Buch was all about stem cells. Using new molecular tools, the researchers are trying to pin down the ‘naive’ state of embryonic stem cells. 23.09.2011

Pluripotent stem cells put to the test

A recent stem cell conference in Berlin saw researchers sharing their experiences and discussing the latest developments in the field.  At this time, scientists are keen to decipher the essential ground state of embryonic stem cells. An artificially produced cellular all-rounder would be likely to have a very promising future in drug development.

Experts in discussion (from left): Karl Sperling, Hans-Hilger Ropers, BBAW President Günter Stock. 19.09.2011

Personalised medicine: Dampen those high expectations

Therapy is getting personal. At the Berlin-Brandenburg Academy of Sciences, two veteran geneticists recently gave their opinion on the most recent trend in medicine. Their advice to the audience: Don’t believe all the promises.

Fraunhofer researchers are using miniscule tubes to develop artificial blood vessels. 01.09.2011

Artificial organs, printed in 3-D

Scientists have long been working on the breeding of artificial organs. A serious challenge faced by scientists in the field is to supply the organs through tiny blood vessels with the necessary nutrients. Fraunhofer researchers have now succeeded in printing tiny, biocompatible tubes using a technique taken from mechanical engineering.

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