What happens when Filamentous Fungi colonize spacecrafts?

Today the International Space Station (ISS) is the main crewed, long-term habitable spacecraft. Over 200 astronauts have lived on the ISS, even if just for a few days. Living in space is nothing like living on Earth. Gravity is missing, radiation levels are higher and one could argue about the comfortable interior design. Being an indoor-closed... Continue Reading →

Why we explore Space

On the XVI century, bold sailors would go out to the unknown sea, facing storms, hunger and mysterious diseases. Kingdoms spent an outrageous amount of time, money and human resources to make their boats go faster and further. All of this meant betting on science and engineering, gathering smart, hardworking people who would lead, learn,... Continue Reading →

Astromycology: I love it, Star Trek loves it, the whole world will love it!

Astromycology, the study of fungi in space, is the new trendy science as the new tv series of Start Trek: Discovery casted Anthony Rapp to play an officer who's speciality is - you guessed it: astromycology. Well, this is good news! Even if the show fails in sientific accuracy, one cannot complain about the promotion of their own field of work.... Continue Reading →

Starting your research from scratch – the story of two Fungi #spacemicrobes

Doing a PhD is, by definition, doing something new, and turns out I´m no different. In my thesis I will be working with two Fungi aka mould (yeah, the kind of mould you have on your bread or your walls) and these are called Penicillium and Aspergillus. My plan is to discover how they cope with space conditions:... Continue Reading →

First week of PhD – packing, house stuff and loooots of bureaucracy! #spacemicrobes

I did it. I am doing a PhD in Space Microbiology at the German Aerospace Center! It officially started on monday, 3rd of April 2017, but before that there was a whole sea of things to prepare, so I´m couting the wonderful week of PhD preps as a crucial part of it :p #1 -... Continue Reading →

Antibiotic resistant Staphylococcus aureus is the next Space Microbe to have a coloring pdf!

The current world-wide problem of antibiotic resistant bacteria has taken microbiologists to study deeper and deeper the effects of Space in antibiotic efficacy and on microbial virulence. We know now that bacteria can become more pathogenic while in microgravity, putting astronauts' health at risk. Staphylococcus aureus is one of the bacteria resistant to antibiotics, and it was one of... Continue Reading →

The space radiation master is here with its coloring pdf: Deinococcus radiodurans! #spacemicrobes

Deinococcus radiodurans is a bacterium that survives extreme doses of radiation: UV, X-rays, Υ-rays, you name it. This guy can stand it all!  It took a while but here you go - you can download its coloring pdf! This #spacemicrobe is also considered a model organism for life under martian conditions and has recently traveled on the outside of the... Continue Reading →

Fossils of the first microbes on Earth? Maybe. And they can be very similar to what we may find on Mars!

At first sight, the microfossils found in ~4.28 billion-year-old rocks in Quebec are no more than tiny filaments and tubes. But on a closer look they can be records of the first microbes on Earth, and this means life on Earth could have emerged much sooner than what we thought! These results were published in Nature yesterday... Continue Reading →

Underdog no more: Pluto has organics, water and a lot of energy!

"Back in my time Pluto was a planet" and the truth is it has always been a mystery for Pluto since it was discovered in 1930. With its re-classification as a dwarf planet in 2006 came a sense of "underdog" to Pluto, but the NASA's New Horizons mission, launched in 2006, brought the magic back! The fly-by... Continue Reading →

Seven new Earth-like planets, and three of them might have liquid water! Which #spacemicrobes might there be?

Seven Earth-size rocky planets were discovered, 40 light-years away, as part of the TRAPPIST-1 planetary System. This system is similar to our own solar system, but the star (Trappist-1) is much smaller than the sun - it's a dwarf-star - and the seven planets are in a much closer orbit around Trappist-1 - you can... Continue Reading →

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