New scientific discovery of a 'novel type of luciferin' making the Siberian Luminous Earthworm glow in the dark.
Don't I look glowing? Meet Siberian luminous earthworm Fridericia heliota. Picture: Alexander Semenov
Scientists in Siberia have decrypted the structure of an earlier unknown luminous protein, it has been announced.
'This protein is 'responsible' for luminescent ability of tiny - 15 mm long - earthworms living in the soil of Siberian taiga,' said the media centre of the
Siberian branch of Russian Academy of Sciences, explaining the breakthrough in Krasnoyarsk.
'One earthworm weighs some 2 milligrams, and each gram of its weight has only 0.1 micrograms of luminous protein. During several years of work, scientists managed to gather several dozens of thousands of earthworms which helped them to gather five micrograms of protein.
'That quantity was enough for scientists to figure out the structure of the substance'.
Intriguingly, the luminous system of Siberian taiga earthworms is different from that of similar types of species, which means that not only have scientists found one more luminous protein, but they have made a step towards decrypting the whole new luminous system.
Crucailly it is revealed that 'the protein is simple in chemical synthesis, exceptionally stable and not toxic, which means it can be widely used in applied bioluminescence'.
The results of the studies were published by Angewandte Chemie scientific magazine on 15 April 2014.
The remarkable image was taken by photographer Alexander Semenov.
Concern from scientists over potential danger to gas production facilities in region vital for energy supplies.
Tomsk State University scientists' invention can be deployed by police and security services in terrorist situations, also for rescues.
Eaten by an ancient cave lion or bear, only the tail was left, preserved by the Siberian permafrost.
At least five species of ancient animals will walk again in Siberia, predicts South Korean cloning expert.
Tantalising studies now underway to establish if one of two carcases preserved by permafrost has traces of world's oldest mother's milk.