Ice cream cones are time after time bittersweet. Mostly sweet, we can all concur that the cone ice cream experience would be significantly more charming in the event that it wasn’t a race to drips.

The scientists at Edinburgh University they have a solution for the sticky issue in a specific sort of protein which slows melting. They found the protein, known as BslA, somewhere that some individuals may find unsavory: a species of microorganisms called Bactillus subtilis.

Scientists Found Slow Melting Ice Cream

As these microscopic organisms develop and isolate into a flimsy layer called a biofilm, the settlement protects itself with a covering of BslA. The BslA covering protects the microscopic organisms from the elements.

The researchers have published two non-ice-cream-related papers on how BslA works already, and in the process they understood that this protein can coat more than just microbes. It can also coat oil droplets and air bubbles. Since air and fat happen to be two of the key components of ice cream, this got scientist Cait MacPhee suspecting that BslA one may be suited for a sweeter employment.

Ice cream, she disclosed in an email to The Washington Post, is basically “an oil and water blend, air bubbles, ice crystals. So on the off chance that we add the protein it can secure every one of the three, and keep the blend stable.”

The group added to a strategy for delivering the protein – which occurs actually in some foods as inviting microorganisms.

Prof MacPhee said it works by keeping oil and water combined, stops air from escaping and coats the ice crystals in ice cream which stops them from melting so rapidly.

She told BBC Radio 5 live: “This is a characteristic protein already in the natural way of life. It’s already used to age some foods so its a characteristic item as opposed to being a “Frankenstein” sustenance.

“By using this protein we’re supplanting some of the fat molecules that are right now used to stabilize these oil and water mixtures so it can lessen the fat substance, however it shouldn’t taste any distinctive.

She said it also had the prospect of lessening the sugar content and could be used in different foods such as chocolate mousse and mayonnaise to help diminish the calories.

At the end of the day, it keeps the structural uprightness of the ice cream – that scrumptious parity of airiness and creaminess – in place. That means less drips, however it won’t stop the ice cream from warming and turning out to be less refreshing.

MacPhee’s group is still in the process of obtaining a patent for applying the protein to ice cream, so the ice cream-specific data remains under wraps until further notice. Meanwhile, your ice cream cones will need to do likewise.