Tuesday June 18, 2019

Researchers Develop Way to Fight against Bacterial Infections using Electricity

Bacterial biofilms are thin, slimy films of bacteria that form on some wounds, including burns or post-surgical infections, as well as after a medical device is placed in the body

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bacterial infections
Bacterial biofilms are thin, slimy films of bacteria that form on some wounds, including burns or post-surgical infections, as well as after a medical device is placed in the body. Pixabay

Amid growing antibiotic resistance, Indian-origin researchers have developed a way to charge up the fight against bacterial infections using electricity.

The electric field-based dressing can not only disrupt biofilm infection, it can also prevent such infections from forming in the future, said the study published in the journal Annals of Surgery.

Bacterial biofilms are thin, slimy films of bacteria that form on some wounds, including burns or post-surgical infections, as well as after a medical device is placed in the body.

bacterial infections
Amid growing antibiotic resistance, Indian-origin researchers have developed a way to charge up the fight against bacterial infections using electricity. Pixabay

These bacteria generate their own electricity, using their own electric fields to communicate and form the biofilm, which makes them more hostile and difficult to treat.

The dressing electrochemically self-generates 1 volt of electricity upon contact with body fluids such as wound fluid or blood, which is not enough to hurt or electrocute the patient, said the study.

Work conducted at the Indiana University School of Medicine by Chandan Sen and and Sashwati Roy led to the development of the dressing, Indiana University said in a statement on Friday.

bacterial infections
Bacterial biofilms are thin, slimy films of bacteria that form on some wounds, including burns or post-surgical infections, as well as after a medical device is placed in the body. Pixabay

They discovered the dressing is not only successful in fighting the bacteria on its own, but when combined with other medications can make them even more effective.

The researchers believe that the discovery has the potential to create significant changes in the way physicians treat patients with bacterial infections which are resistant to antibiotics.

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“This shows for the first time that bacterial biofilm can be disrupted by using an electroceutical dressing,” said Chandan Sen, Director of the Indiana Center for Regenerative Medicine and Engineering.

“This has implications across surgery as biofilm presence can lead to many complications in successful surgical outcomes,” Sen added. (IANS)

Next Story

Study Reveals Solar Cells Can Retain Most Of Their Power Conversion Efficiency in Near Space

In the study, researchers from China's Peking University sent the devices fixed with PSCs into near space on a high-altitude balloon.

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solar energy
Perovskite solar cells (PSCs) are known for their potential of achieving higher efficiency and low production costs compared to traditional silicon solar cells. Pixabay

Chinese researchers have found that solar cells can retain most of their power conversion efficiency in near space, providing perspectives on the cells’ future application in space.

Perovskite solar cells (PSCs) are known for their potential of achieving higher efficiency and low production costs compared to traditional silicon solar cells.

These cells also have great potential for developing the new-generation energy technology for space application, but little research has been done to test the stability of PSCs in the extreme space environment, Xinhua news agency reported.

In the study, researchers from China’s Peking University sent the devices fixed with PSCs into near space on a high-altitude balloon.

energy
These cells also have great potential for developing the new-generation energy technology for space application, but little research has been done to test the stability of PSCs in the extreme space environment, Xinhua news agency reported. Piixabay

The balloon rose to near space at an altitude of 35 km, a region above Earth’s atmosphere where there is only a trace amount of moisture and ozone.

The region, considered to have “air mass zero” contains no atmospheric attenuation of solar radiation and therefore several high-energy particles and radiation, such as neutrons, electrons and gamma rays, originate from the galactic cosmic rays and solar flares.

solar cells
Chinese researchers have found that solar cells can retain most of their power conversion efficiency in near space, providing perspectives on the cells’ future application in space.
Pixabay

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According to the findings, one type of PSCs used in the study retained more than 95 per cent of its initial power conversion efficiency during the test, the researchers reported in the journal Science China Physics, Mechanics and Astronomy.

They said the study is expected to play a crucial role in the future stability research of PSCs. (IANS)