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Black mold from Earth can survive on Mars



Black mold from Earth can survive on Mars

Scientists have simulated the conditions on Mars by sending the bacteria and fungus to the outer atmosphere by using the balloon. That test proved that the black mold fungus could survive on the conditions of Mars. And that fungus can use as the base for the biological processes where the non-organic minerals are transformed to the base for vegetables. 

The black mold can also be used to make synthetic tissues for injured astronauts. It can get the genome transplant, which makes it produce the needed cells for astronauts. The genomes can get from the bodies of each astronaut, and then those genomes can store for fast use in the genome bank, where is the genome of every cell group like the skin cells of each astronaut is stored. And those genomes will transfer to the cells of the fungus if they are needed. 

The thing that black mold and some other microbes can survive on Mars is interesting. If we are thinking possibility to send the crew to the red planet, that would need some food to survive. The problem is that there is no evidence of the existing bio- or organic material on the surface of the red planet. Growing nutrient on the red planet requires that the nutrient like vegetables get some kind of nutrient from the hummus. 

If there are microbes that could survive on Mars that thing would make it possible to transform the sand of Mars to the hummus, which can maintain things like vegetables. The role of microbes in that process is extremely important because they are transforming non-organic minerals into organic material, where is possible to cultivate things like grain and lemon trees. So if that process is possible that will make colonizing that planet easier. 

If some bacteria can live outside the base, they can use it to make the layer of Earth bacteria around the base, because there is the possibility that some kind of harmful organisms is living on that planet. The reality is that only the base and advanced laboratories can answer for life on the red planet. 

But the truth is that if some organisms from Earth can survive and synthesize their nutrient from the non-organic sand of the red planet that means that the probes, what are sent to that planet must sterilize very carefully. If things like black mold can live in the environment of the planet they can pollute large areas. 

And that thing can destroy the evidence of the last bacteria on Mars. There is the possibility that in some hole of the rocks is living some bacteria or the RNA of some procaryotes is remaining that it can answer the question where the life begins? 

Where the first organisms the procaryotes are first formed? Are they formed on Earth, Mars, under the icy core of asteroid Ceres or at oceans of the ice core of some Saturn and Jupiter icy moons? Or maybe they are from some destroyed water moon or even from some other solar system. 


https://futurism.com/black-mold-earth-could-survive-on-mars-nasa-says


https://www.jpl.nasa.gov/news/eclipse-balloons-to-study-effect-of-mars-like-environment-on-life


Image: https://www.jpl.nasa.gov/news/eclipse-balloons-to-study-effect-of-mars-like-environment-on-life


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