Lab contributed to testing and put years of experience into new commercial kit

For 30 years Professor Stanislav Kmoch has devoted himself to the research of rare diseases; during the coronavirus pandemic, his laboratory was able to apply significant know-how in the development of new diagnostic kits for the detection of Covid-19.

f the novel coronavirus had never hit, Ruth Tachezy would have been doing other things: applying for funding, heading a national reference laboratory, and publishing. She would have been helping her students at the Faculty of Science and would have been preparing for an upcoming conference and a mountaineering vacation. Instead, she opted to tackle a higher “mountain”.

Last year, three young researchers at Charles University won the Neuron Prize for promising scientists in the Czech Republic. One of them was astrophysicist Ondřej Pejcha, an expert on binary stars who studied at CU and at Princeton University.

Italian scientist Alessandro Testa has already written three book-length monographs. The works, published in Italian, focus on the relationship between ancient myths and modern mythology, folk carnivals and the history of religiosity in the region he himself comes from.

An investigation into the novel coronavirus (SARS-CoV-2) has examined how long it can survive on different surfaces. If someone touches a contaminated item – a set of keys, their phone, or even cash – can they get sick?

“I have actually never done anything else,” is how Marek Stibal, who has been studying biological processes in glacial ecosystems for almost 20 years.

A team of scientists from the Institute for Democracy & Economic Analysis (IDEA) has offered its expertise to try and curb the negative economic impact of coronavirus pandemic.

Most people are just going to work when Professor Jan Laco analyses his first morning surgical specimens and examines microscopic findings. As the head of the molecular pathology laboratory at the Fingerland Department of Pathology, in addition to routine diagnostics, he specialises in prognostic investigation and predictive markers for cancer.

An international team of scientists, including lead co-author Zuzana Musilová from the CU Faculty of Science, recently discovered that some deep-sea fish possess a unique set of photosensitive pigments that probably enable some form of colour vision, even at great depths.