26 Unidentified Bacterial Species Detected in NASA Cleanroom

Space travel can often be the smallest things that break a large mission. Therefore, attention to the details, especially the space ship has a cleanliness that is gathered together and has a strictly traveling in space. However, even carefully regulated rooms cannot produce some microorganisms. In fact, some bacteria develop in a tough environment.

A group of sciences of NASA’s jet laboratory, as well as a group of scientific institutions in India and Saudi Arabia, 26 unknown bacterial species used to collect a phoenix spacecraft in August 2007. The one discoveryRecently, the potential risks created by high-strength microorganisms that are broadcast in Microbiome magazine, spacecraft or the planets they visit.

The scientist team for the research eliminated 215 bacterial sushes. Some of them, the Phoennial spacecraft arrived in the Cleaning Room on April 25, 2007, while others were moved to the Beginner to start a trip to Mars after the occurrence of the Space Ship and Test. 215 Sushdan teams appointed 53 floods of 26 new species.

“The research is aimed to determine the transfer of extreme in space missions and which microorganisms will survive,” Alexandre Rosado, King Abdullah University of Science and Technology (Kaust) and the author of the work, A statement. “This effort is pivotal to monitor the risk of microbial pollution and protect against non-calling the planets.”

NASA is a tough environment for life with clean rooms, carefully managed temperature, humidity and air flow to keep dust and bacteria. The type of microorganisms that can live in a clean room can be equipped in space. Most of the newly defined microorganisms growing in NASA cleanliness were especially strong against neutralization and radiation. Hardy bacteria, DNA repair, developed metabolism and malicious molecules were a unique genetic defense system that has the ability to neutralize. These young children said the child of fate with “Survivor” hits.

In addition to emphasizing the potential impact of these bacteria in space, the new discovery may also have applications on earth. “Space travel allows you to learn microorganisms with relevant stress-resistance genes,” Junia Schultz said in a postdoctoral compatriot and the first author’s statement. “These newly discovered bacterial species can be engineered for applications in medical, food protection and other industries.”

NASA seems to be able to return to the drawing board when it comes to the design of the cleaning room.