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Would you like to be abilityableequipmentfutureinjectionslightlikelynaturalnewnormallyparticlespossibleresearchsamescientistssidetechnologythingthingsvision to see in the dark? One day this might be abilityableequipmentfutureinjectionslightlikelynaturalnewnormallyparticlespossibleresearchsamescientistssidetechnologythingthingsvision. Scientists have done tests on mice and have given them the abilityableequipmentfutureinjectionslightlikelynaturalnewnormallyparticlespossibleresearchsamescientistssidetechnologythingthingsvision to see near-infrared abilityableequipmentfutureinjectionslightlikelynaturalnewnormallyparticlespossibleresearchsamescientistssidetechnologythingthingsvision. This is a kind of light wave that mice (and humans) cannot abilityableequipmentfutureinjectionslightlikelynaturalnewnormallyparticlespossibleresearchsamescientistssidetechnologythingthingsvision see. Research teams from the University of Science and Technology of China and the University of Massachusetts Medical School changed the abilityableequipmentfutureinjectionslightlikelynaturalnewnormallyparticlespossibleresearchsamescientistssidetechnologythingthingsvision of the test mice. They injected special nanoparticles into their eyes. These tiny abilityableequipmentfutureinjectionslightlikelynaturalnewnormallyparticlespossibleresearchsamescientistssidetechnologythingthingsvision let the mice see better in the dark. The effect of the abilityableequipmentfutureinjectionslightlikelynaturalnewnormallyparticlespossibleresearchsamescientistssidetechnologythingthingsvision lasted for around 10 weeks. The abilityableequipmentfutureinjectionslightlikelynaturalnewnormallyparticlespossibleresearchsamescientistssidetechnologythingthingsvision said the eyesight of the mice was not damaged and the eyes did not suffer from any abilityableequipmentfutureinjectionslightlikelynaturalnewnormallyparticlespossibleresearchsamescientistssidetechnologythingthingsvision effects.

The abilityableequipmentfutureinjectionslightlikelynaturalnewnormallyparticlespossibleresearchsamescientistssidetechnologythingthingsvision is now published in the research journal 'Cell'. The researchers say they hope the abilityableequipmentfutureinjectionslightlikelynaturalnewnormallyparticlespossibleresearchsamescientistssidetechnologythingthingsvision tests could be done with humans. Researcher Dr Tian Xue explained what he hopes for the abilityableequipmentfutureinjectionslightlikelynaturalnewnormallyparticlespossibleresearchsamescientistssidetechnologythingthingsvision. He said: "Human beings have been trying to develop abilityableequipmentfutureinjectionslightlikelynaturalnewnormallyparticlespossibleresearchsamescientistssidetechnologythingthingsvision technology to enable abilities that are beyond our abilityableequipmentfutureinjectionslightlikelynaturalnewnormallyparticlespossibleresearchsamescientistssidetechnologythingthingsvision abilities." He said future tests could let humans see abilityableequipmentfutureinjectionslightlikelynaturalnewnormallyparticlespossibleresearchsamescientistssidetechnologythingthingsvision in the dark that they cannot see now. Dr Tian added: "Another cool abilityableequipmentfutureinjectionslightlikelynaturalnewnormallyparticlespossibleresearchsamescientistssidetechnologythingthingsvision about this potential abilityableequipmentfutureinjectionslightlikelynaturalnewnormallyparticlespossibleresearchsamescientistssidetechnologythingthingsvision is that it wouldn't require a person to wear heavy and energy-intensive abilityableequipmentfutureinjectionslightlikelynaturalnewnormallyparticlespossibleresearchsamescientistssidetechnologythingthingsvision, such as night-vision goggles." He also said: "The military will very abilityableequipmentfutureinjectionslightlikelynaturalnewnormallyparticlespossibleresearchsamescientistssidetechnologythingthingsvision be interested in this work.