Astronauts use spacesuits to survive in an atmosphere with no oxygen, similarly contemporary spacesuits are being developed for bacteria permit them to inhabit in environments that would otherwise terminate them.
University of California, Berkeley, chemists evolved the preventative suits to expand the bacteria’s longevity in a distinctive system that matches live bacteria with light-absorbing semiconductors so the carbon dioxide is seized and converted into chemicals that can be utilized by the industry at a later stage to establish space colonies.
The system impersonates photosynthesis in plants. But while plants seize CO2 and in process with energy from sunlight transform it into carbohydrates that we often consume the hybrid system seizes CO2 and light to produce a variety of carbon compounds relying on the kind of bacteria.
The bacteria utilized in the experiment are anaerobic which indicates that they are altered to thrive in environments devoid of oxygen, the suit made of a mesh -like pieces called a metal-organic framework, or MOF is waterproof to oxygen and responsive oxygen molecules, like peroxide, which reduce their lifespan.
The hybrid system could be a boon for the industry and environment. It can seize CO2 emanated by power plants and transform them into useful products. It also offers a biological method to generate required chemicals in man made environments such as spaceships and habitats on other planets.
Peidong Yang, the S. K. and Angela Chan Distinguished Chair in Energy in UC Berkeley’s Department of Chemistry said that they are utilizing bio hybrid to secure CO2 to make fuels, pharmaceuticals and chemicals, and also nitrogen fixation to produce fertilizers. If Matt Damon requires to produce potatoes on Mars he requires fertilizers.