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The Conversation UK receives funding from Hefce, Hefcw, SAGE, SFC, RCUK, The Nuffield Foundation, The Ogden Trust, The Royal Society, The Wellcome Trust, Esmée Fairbairn Foundation and The Alliance for Useful Evidence, as well as sixty five university members.View the full list When you look up at the blue sky, where are the stars that you see at night? A firefly flitting across a field is invisible to us during the day, but at night we can easily spot its flashes., where it is responsible for the green light emitted by its photo organs. We don’t know why these jellyfish have this lit-up feature.Fluorescent proteins absorb light with short wavelengths, such as blue light, and immediately return it with a different color light that has a longer wavelength, such as green.Why living things store amino acids for later use A look at the role of proteins in blood clotting Which haemotoxins are released by organisms to defend themselves against threats or to kill prey?Which neurotoxins are released by organisms to defend themselves against threats or to kill prey?

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They give structure to living things, carry messages and molecules around our bodies, support the immune system and catalyse chemical reactions, and they are used widely in industry and medicine too.

After the green fluorescent jellyfish protein, many other fluorescent proteins have been both found in nature and created in the lab.

We now have a spectrum of fluorescent colors available to us that make previously invisible biological structures and processes visible in blazing fluorescent glory.

They separate their lower teeth like chopsticks to dig their tunnels and underground nests — and they do so without swallowing dirt.

It’s been known that these rodents can live up to 30 years – that’s eight to 10 times that of mice and other rats.

They give structure to living things, carry messages and molecules around our bodies, support the immune system and catalyse chemical reactions, and they are used widely in industry and medicine too.

After the green fluorescent jellyfish protein, many other fluorescent proteins have been both found in nature and created in the lab.

We now have a spectrum of fluorescent colors available to us that make previously invisible biological structures and processes visible in blazing fluorescent glory.

They separate their lower teeth like chopsticks to dig their tunnels and underground nests — and they do so without swallowing dirt.

It’s been known that these rodents can live up to 30 years – that’s eight to 10 times that of mice and other rats.

In , a protein named aequorin produces blue light which GFP converts into the green light emitted by the jellyfish’s photo organs.