Is this why we act irrationally when we're 'hangry'? Hungry worms make risky ...

Is this why we act irrationally when we're 'hangry'? Hungry worms make risky ...
Is this why we act irrationally when we're 'hangry'? Hungry worms make risky ...
Is this why we act irrationally when we're 'hangry'? Study shows hungry worms sacrifice comfort and make risky decisions to get a meal Scientists studied worms to understand why we are irrational when we're hangry Proteins in intestinal cells move dynamically to transmit signals about hunger This drives worms to cross toxic barriers in order to get a meal While the study focused on worms, researchers believe a similar mechanism may also occur in humans

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We've all been there – you're so hungry that you start overreacting to minor annoyances and snapping at people.

Now, scientists have studied worms to help unravel the mystery of why we act irrationally when we're 'hangry.'

Their findings reveal that proteins in intestinal cells move dynamically to transmit signals about hunger, driving worms to cross toxic barriers to get a meal.

While the study focused on worms, the researchers from the Salk Institute believe a similar mechanism may also occur in humans.

Scientists have studied worms to help unravel the mystery of why we act irrationally when we're 'hangry.' Their findings reveal that proteins in intestinal cells move dynamically to transmit signals about hunger, driving worms to cross toxic barriers to get a meal

Scientists have studied worms to help unravel the mystery of why we act irrationally when we're 'hangry.' Their findings reveal that proteins in intestinal cells move dynamically to transmit signals about hunger, driving worms to cross toxic barriers to get a meal

Even fruit flies get hangry!

Fruit flies get 'hangry' and become more combative the longer they have to go without food, much like humans, according to a recent study

Vials of male fruit flies, containing different amounts of food, were scanned over different periods by experts from the University of East Anglia and Oxford University.

They found that male fruit flies, which feed on decaying fruit, grew ever more combative the longer they went without food, but it plateaued after 24 hours.  

The team say this aggression could be a strategy to maximise short-term reproductive output in environments where survival is uncertain.

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'Animals, whether it's a humble worm or a complex human, all make choices to feed themselves to survive,' said Sreekanth Chalasani, senior author of the study.

'The sub-cellular movement of molecules could be driving these decisions and is maybe fundamental to all

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