Today’s Solutions: June 20, 2026

As the world is facing a crisis of antibiotic-resistant bacteria, it’s essential that we develop novel technologies that help us eliminate this urgent global health problem.

With that in mind, academics from McMaster University, Canada, have developed a revolutionary self-cleaning plastic wrap that repels all forms of bacteria – and could prevent the transfer of dangerous microbes in settings ranging from hospitals to kitchens.

The new plastic surface – a treated form of conventional transparent wrap – can be shrink-wrapped onto door handles, railings, intravenous stands and other surfaces known to be magnets for bacteria like MRSA.

The coating, inspired by water-resistant lotus leaves, is textured with microscopic wrinkles that block out external molecules and are chemically treated, meaning that water, blood or bacteria bounce away when they come into contact with the surface.

The researchers are now aiming to develop commercial applications for the wrap, which could be a game-changing tool in the fight against drug-resistant microbes.

Solutions News Source Print this article
More of Today's Solutions

An easy method for making your own baking yeast at home

Did you know can make your own baking yeast at home in your own kitchen with ingredients you probably already have on hand? We ...

Read More

Nightclub in Glasgow will harness energy from dancers

The annual COP26 climate conference took place in Glasgow in 2021 from October 31st, where a number of creative environmental initiatives are discussed as ...

Read More

The Domino effect: pizza place splurges on electric delivery fleet

Domino's Pizza is investing in a fleet of 800 electric Chevrolet Bolts painted in Domino's livery to supplement its understaffed driving crew. As the ...

Read More

Denmark introduces green taxes for aviation sustainability

Denmark recently revealed a bold plan to implement a green tax on air travel beginning in 2025. According to Thomas Danielsen, the country's transportation ...

Read More