Today’s Solutions: February 21, 2026

The problem with bandages is that they often stick to the wound after getting soaked with blood, which can lead to secondary bleeding once they’re painfully removed. That’s why it’s good news that scientists from Zurich have come up with a new kind of bandage that can stop bleeding without actually sticking to the wound.

At first, the researchers were studying coatings for devices that come into contact with blood, such as heart-lung machines or artificial heart devices. One of the materials they tested demonstrated some unexpected properties: not only did it repel blood, but it also aided the clotting process. Although this made the material unsuitable for use as a coating for blood pumps and related devices, the researchers quickly realized that it would work ideally as a bandage.

Now they have a two-in-one bandage that can repel blood and achieve fast clotting. By repelling the blood, the bandage doesn’t stick to the wound, which means there won’t be any secondary bleeding when bandages are pulled off.

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

The Ocean Cleanup’s sunglasses fund even more cleanup missions

We at The Optimist Daily have been following The Ocean Cleanup project since its first plastic-capturing voyage back in 2019. From that point forward, ...

Read More

A historic win for animal rights: Spain passes law against domestic animal abuse

Earlier this month, Spanish legislators unanimously approved a bill to improve the welfare of animals. The bill was accompanied by a modification of the ...

Read More

New York State passes nation’s first statewide ban on fossil fuel use i...

New York State recently approved groundbreaking legislation mandating all-electric new construction, making it the first state in the US to prohibit the use of ...

Read More

What the ruck? Transform your daily walks into high-efficacy workouts with ru...

Are you prepared to take your regular walks to the next level? Say hello to rucking, a new fitness trend that is changing the ...

Read More