Cellulose polymers are being produced by bacterial fermentation of organic matter, and used to create strong bioplastics ... cultivate highly productive bacteria by increasing the mutation ...

To demonstrate the potential of this technology, the team focused on two products: Bioplastics: the bacteria produced polyhydroxyalkanoates (PHAs), a biodegradable alternative to petroleum-based ...

Bacteria produce cellulose as a network of very narrow ... The team expect to commercialize their bioplastics within 10 years. “We’ll replace everything made from plastic with bioplastic ...

Next, the researchers exposed bacteria to extracts of the bioplastics; they found that ... (both of which make vast sums of plastic and produce massive amounts of plastic waste), along with ...

which bacteria produce naturally MOSCOW, November 18. /TASS/. Scientists at the Siberian Federal University proved bioplastics may be used in sub-Arctic latitudes without harming the environment ...

The Indian Institute of Technology Indore has pioneered a technology to create bioplastics with 'indigenous' microorganisms. Developed by the Algal EcoTechnology and Sustainability Group under Prof.

IIT Indore has developed a sustainable technology to produce bioplastics using indigenous microorganisms. This innovation, ...

Lucknow: Babasaheb Bhimrao Ambedkar University's School of Earth and Environmental Science associate professor, Ravi Gupta, ...

Bioplastics, which are produced by fermenting sugar derived from corn and sugarcane fibers, are believed to have the potential to play an important role in a more recycling-oriented society.

Indore (Madhya Pradesh): IIT Indore has introduced an innovative solution to tackle the global challenge of plastic pollution. Researchers from the Algal EcoTechnology and Sustainability Group (AETS), ...

Lactic acid is widely used in food, cosmetics, pharmaceuticals and bioplastics ... "Most lactic acid bacteria can only produce L-lactic acid while chemical synthesis methods yield only a mixture ...