Friday , August 19 2022

Researchers take bacteria-coated mushrooms to produce electricity


One day you might find something in the salad that can produce electricity.

The researchers added energy-producing bacteria to the cover of a cork, light-lit them, and produced a small amount of electricity when collected with a 3D-printed nanotechnical scaffold.

The co-author of the study, Sudeep Joshi, said his team came up with a luncheon at a Chinese restaurant.

… We ordered mushrooms and had a discussion ar and then came to our lab, we started the experiments, and the story continued, CT CTV told News Channel on Friday.

The bacteria they use are called cyanobacteria that produce energy from light, such as plants. Bioengineers are known for their small shake due to their ability to produce electricity.

The problem is keeping it alive in artificial environments – but the fact that a fungus is attached to it helps it survive longer.

Söyl (The) mushroom is just there to support the synagogues, lad Joshi explained, explaining how the hybrid system makes everything possible. ”Cyanobacteria are the most important player to produce a current here ob (they) are heroes here.“

Scientists burned a light on the mushroom, and bacteria in the upper photosynthesis produced 65 nanoamps. This current then passed through a 3D printed electronic ink containing graphene and ultimately captured by the sensors of the scientists.

Research published in Nano Letters on Tuesday was conducted by scientists at Stevens Institute of Technology in Hoboken, New Jersey.

Their aim is part of a wider effort to understand how biological machines can be altered, captured, and disposed of by humans.

The next step in their research was to find out how the hybrid stream provided a small lamp or an LED light.

On the road, Joshi said the cyanobacteria-fungus hybrid could be a renewable energy source.

“We want to go in this direction. This is the beginning of such a designer bionic mushroom. Bu This, he added, is one of the first functional mash-ups of nanotechnology, fungi and bacteria.

. If we keep pushing our limits, one day it will be a reality, Jos Joshi said.

More about this story from

Source link