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Scientists on the Verge of Finalizing Antibacterial Substance

Battling bacteria in space is a significant problem facing scientists. While humans need air to survive, some bacteria species do not need air to produce energy and can respire anaerobically. For this reason, scientists are investigating new ways of handling the growth and spread of bacteria while in space. A recent discovery by scientists allows a particular coating to protect from bacteria. The control mechanism is a unique chemical solution that prevents bacterial growth significantly. The material consists of a chemical substance with microbial balls with antibacterial properties. 

The coating was created for glass and metal surfaces to prevent bacteria from growing on them, providing extensive protection for the long term. According to leading scientists and researchers, Sip, the film significantly stops microbial growth of bacteria, which is a significant challenge to deal with while in space. 

While earth-based control methods might be useful, most curb microbial growth methods have adverse effects in space. Combustion can lead to uncontrollable flames in the spacecraft and further damage to the ship’s interiors. There is additional research on generating controllable flames. Likewise, other control mechanism like spaying is ineffective without gravity. 

Despite its mundane nature, uncontrollable bacterial growth is a significant problem for space-based residence. Exponential bacterial growth is harmful to astronauts, given its propensity to seep into water and sanitization systems over time, causing adverse effects for astronauts. Bacteria infected water leads to a range of infections for astronauts that may not be treatable in space and cause complications and delays. 

Likewise, the bacterial outbreaks can also cause corrosion with equipment in space. This corrosion necessitates frequent changes and repairs that are costly and its e consuming. By generating a bacteria-proof substance, scientists can provide extensive protection for themselves and the ships while in space. 

However, the substance has significance in improving life on earth as well. Scientists relate that water treatment systems that frequently fall victim to corrosion have a chance at prolonged life if the pipes get treated with the substance. The development of a corrosion-prolonged water pipeline system can reduce overhead costs significantly compared to conventional periodical repairs. The substance holds much promise for maintenance and health both on earth and space-bound missions. However, scientists state that the discovery has a long way to go before being ready for industrial, space-bound, and residential use. The research is currently three years old but is soon to be launched, with space-based tests expected soon. 

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