The Czech Republic alongside other European countries has been struggling in recent decades with increasingly frequent droughts. But research carried out by a team of scientists from the Faculty of Environmental Sciences at the Czech Life Sciences University suggests that Europe has actually witnessed similar or even more severe periods of drought in the past 1,000 years.
Experts from the Institute of Physics at the Czech Academy of Sciences recently made headlines with groundbreaking research in which they uncovered a method for data entry and storage in computing that is considerably faster than what is available at present. The team was able to prove that Spintronics based on antiferromagnets could enter data 1000 times faster than in common memory media. Their findings made a splash within the scientific community and it's easy to see why: it has the potential to fundamentally change computing years down the
The Žofín forest in South Bohemia belongs among the oldest protected nature reserves in Central Europe. This unique woodland, which has been protected for more than 180 years, has now become a focus of research carried out by the US space agency NASA. They want to use the data collected in the forest to compare it with measurements taken from space. That could enable them to get a more accurate picture of the Earth’s surface.
A team of Czech and US scientists have discovered a new method to fight cancer by blocking the access of a key nutrient, in this case an amino acid called glutamine, to cancer cells. This stops the cells from growing and they eventually die. Thanks to the promising results they have received funding of 40 million dollars for further clinical development.
Prof. Josef Jančář and his team at CEITEC (Central European Institute of Technology) in Brno have developed a unique degradable hydrogel that should in due time make it easier to heal very serious burns and can be used to fill bone material in complicated fractures. It may even help with the gradual release of drugs or chemotherapeutics and thus influence the treatment of cancerous growth. After 10 years of development, the research centre has succeeded in obtaining a European patent, which guarantees the right to future production of this product
Czech scientist Helena Fulková has succeeded in creating genetically
modified hamsters in Japan, where she is currently based. Ms. Fulková
previously made headlines for cloning mice. The news of her latest
achievement was relayed by her father Josef Fulka, who is also an expert on
Mr. Fulka told the Czech News Agency he rather doubted his daughter would be able to genetically modify hamsters but that she had succeeded in doing so.
Cloning mice and creating genetically modified mice is not done for its own sake but to help understand the fundamentals of biological processes, Mr. Fulka said.