但是这些文化细胞不同于基因，它们不能可以追溯到6500年以前，因而不能确定语言变化的图式。
But unlike genes, these cultural units cannot be traced back far enough to distinguish patterns of language change much earlier than about 6500 years ago.
蓝光可以使这些脑细胞活跃，而黄光却可以使细胞趋于静止。 因此运用蓝光和黄光，科学家们掌握了大脑的语言。
So by using blue and yellow light, scientists are able to speak the language of the brain.
对于脑部细胞的非语言沟通，细胞间的相互接触必定发了挥作用。
ScienceDaily (Jan. 22, 2010) —For brain cells to communicate, the contacts to each other must function.
语言被编码进DNA，然后分子、以太细胞结构、晶格工作层、脉轮系统、精微身体、光身体，以及与联合语言共同织就的更大金场中。
Language is encoded into the DNA and then the molecules, etheric cellular structure, grid work, chakra system, subtle bodies, light body and greater auric field woven with the associated language.
语言被编码进DNA，然后分子、以太细胞结构、晶格工作层、脉轮系统、精微身体、光身体，以及与联合语言共同织就的更大金场中。
Language is encoded into the DNA and then the molecules, etheric cellular structure, grid work, chakra system, subtle bodies, light body and greater auric field woven with the associated language.
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