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Delphi Genetics at BioForum Shanghai 2012
Delphi Genetics will be present at the BioForum Shanghai 2012 (China) from

Delphi Genetics at the World Vaccine Congress 2012
Delphi Genetics is Gold Sponsor at the World Vaccine Congress 2012 in Washington

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Delphi Genetics will be present at the BioSpring Partnering 2012 ta

The new DNAVAC research project targets the removal of antibiotics in veterinary DNA-vaccines
The new DNAVAC research project targets the removal of antibiotics in veterinary

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Delphi Genetics participation to the AMERE study granted by the European Space Agency (ESA)

23 Jan 2012

Nivelles, Belgium, 23rd of January 2012 – Lambda-X, Delphi Genetics, The department of molecular biotechnology, bio-imaging and cytometry from the University of Ghent and Canberra have the pleasure to announce they joined forces for the AMERE study granted by the European Space Agency (ESA).

« AMERE - Autonomous Microscope for Examination of Radiation Effects »

This study is carried out under a programme of and funded by the European Space Agency.

For more information, please, consult the complete press release.
is an autonomous microscope currently under development aiming at the study of the effects of high-energy radiation on human cells. The principle of the experiment is to bring living cells on the moon and expose them to cosmic radiation during a long period. There, the cells will be irradiated and will consequently trigger self-repair mechanism that will be investigated using a high-resolution microscope. In parallel, radiation will be monitored via a dedicated particle detector. The study of cell repair mechanism has a great impact in life science domain, mostly regarding future deep-space travel and human-radiation interactions.