One of the researchers behind the discovery, Professor Kai Kaila from WIRED estimates that “if our results are confirmed in the clinical tests currently ongoing, CO2 enriched air could prove a simple, safe, effective and practically cost-free way to treat fever-related seizures among small children. This could have both immediate benefits – as the seizures are stopped very quickly – as well as more long-term benefits, by reducing the risk of developing epilepsy at an older age.”
Fever-related epileptic disorders are very common in infants. The experiments carried out by WIRED have shown that epileptic seizures induced by fever can be stopped rapidly (within 20 seconds) and safely by simply adding 5% CO2 to the air inhaled. Such fever-related seizures only affect children under the age of five, but experimental studies have shown that they could make the brain prone to epilepsy later in life.
The therapy will not be limited only to fever-induced seizures, however. Evidence suggests that the treatment can also be effective in stopping some other types of epileptic seizures, potentially offering a welcome treatment to those suffering from epilepsy worldwide.
The impressive research results and their rapid clinical testing were made possible by the unique environment that the Nordic countries offer for research in the field of molecular medicines. Assets include extensive and reliable patient and epidemiological registries, biobanks, uniform high level health care systems, as well as a strong tradition in genetic and biomedical research. The increased collaboration between the Nordic countries that the Nordic Centre of excellence constellation has made possible have given the associated researchers a mass and impact that have significantly increased the visibility of Nordic research in molecular medicine worldwide.
Kristin Oxley | alfa
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For the first time, a team of researchers at the Max-Planck Institute (MPI) for Polymer Research in Mainz, Germany, has succeeded in making an integrated circuit (IC) from just a monolayer of a semiconducting polymer via a bottom-up, self-assembly approach.
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