Another tool to kill the 'killing' plastic in the future came in civilization?
A couple of years ago, it was a pigtail that was eaten by the plum in the pot. Last year was discovered a bacterium that could decay Plasti.

At this time, a type of fungus that could 'eat' the plastic! Those who can break broken pieces of plastic molecules into a strong bond or 'hands' As a result, plastic molecules become fragmented. Within a few weeks, the plastic that can be destroyed in the soil, which can not be absorbed in the soil even in a million years.
Scientists at the Chinese Academy of Sciences, researchers, claim that the findings of a fungus that killed plastic have been found. They have found evidence of the plastic nasih fungus from Islamabad's rubbish stack by inspecting Pakistani researchers. Their paper was published in the June issue of Environmental Science Journal 'Environmental Pollution'. The title of the paper- 'Biodigradiation of Polyester Polyurethane by Aspirigilus Tubinjensis'.

The name of the fungus found in the researchers is - Asparagilus Tubinzensis. Fungi is grown on the ground. However, researchers found that the fungus grow in plastic in the laboratory. This fungi comes out of an enzyme (which is actually protein). Which breaks the binding bonds of plastic molecules. And it does it very fast. In a few weeks, a plastic can be completely destroyed and mixed with soil.
In the same way, the fungus emits them on the deadly vegetation or organisms of organic animals. It was already known. But a particular type of fungus such as asparagillus tubinogenesis can break into a special type of plastic polyester polyurethane molecules, the first of which is found in special spectroscopy.

A researcher led by Professor Craig Cridal of Stanford University in 2015 showed that some insect liver could eat plastic! Their paper published in International Science Journal 'Environmental Science and Technology' said that 100 pigs were fed special 34 types of plastic styrofoam to 34 to 39 milligrams. Another type of plastic polystyrene was also fed. Carbon dioxide is needed to survive those pigs. It was seen that the quantity of food was fed, the amount of plastic was fed, and half of it was found to bring carbon dioxide. They made the rest of the plastic trunk injected into the ground. And the carcinogens from the plastic were absorbed by carbon dioxide.
Last year, a paper published in the International Science Journal 'Science' ('A bacterium that degrades and assimilates poly (Ethylene Terrestrial)') showed that a type of bacterial eidonella esquinitis 201-F 6, polyethylene terracotta, to produce carbon dioxide A special type of plastic compound is broken into pieces.

Recent studies have shown that there are variations in behavior and behavior among different types of plasticchoa fungi. How efficiently they can break the plastic molecules, depending on which temperature they are being kept at any other temperature. By mixing 2 percent glucose, the researchers worked through the three fungus. A culture medium Sda Agar Plate, the second liquid medium. And the last thing is to keep soil fungi in the soil. It has been found that the ability of plastics to destroy fungus is by making the most cultures. After that the fluid. And the power is the lowest in the ground.
A study by the World Economic Forum says that in 2014, the total amount of plastic waste in the world is 31 million 10 million tons. Which will be 1 billion 12 lakh 40 thousand tonnes in 2050. not only that. Even if the number of fish is more than one and a half times greater than the plastic deposited on the bottom of the ocean, the ratio will reach below 1.1 in 2050. As a result, there will be no difference in fish and the amount of plastic stored in the sea.
In such a situation, rapid exhaustion for healthy environment and perfect ecosystems is extremely important. In that case, plastic flies can play a role in the future, that is to see.