" Just as light goes without stopping through glass, neutrinos can go through everything, including the whole planet Earth, " Taboada said.

“就像光穿过玻璃一样，中微子可以穿过任何东西，包括整个地球。”

" The most likely source of neutrinos and cosmic rays in our galaxy, are the remains of past supernova explosions, " Taboada added.

“我们银河系中最有可能产生中微子和宇宙射线的是过去超新星爆炸的残留物，”塔博阿达补充道。

Further research on the species could provide useful information for the development of medicines that prevent blood from clotting, said Carlos Taboada of Duke University, a co-writer of the study.

杜克大学的卡洛斯·塔博阿达是这项研究的合著者之一，他说，对该物种的进一步研究可能会为开发防止血液凝结的药物提供有用的信息。