Another is in 'Rumer's transformation'. Yuri Rumer first identified in 1966 that the genetic code can be divided equally in half, with one half being "whole family" codons – a codon being three structural units within DNA – and the other half being "split family", which do not have the AC code, an amino acid that is used to build proteins.

还有一个例子出现在“鲁默变换”中。尤里•鲁默1966年首次发现基因密码可以等分成两半，一半是“完整家族”密码子 There are a total of 28 codons which have a total atomic mass of 1665 and a combined side chain atomic mass of 703 – both of which are multiples of 37.

密码子总共有28个，总原子质量为1665，与其结合的侧链原子质量为703，二者质量均为37的整数倍。

The scientists have a total of nine examples in their research paper published in Icarus, where they state that the chances of the number 37 appearing this many times by random in the genetic code in a staggering one in 10 trillion.

他们将研究论文发表在《伊卡洛斯》杂志上，在其中举了九个案例，他们称，数字37在基因密码中多次随机出现的概率仅为10万亿份之一。

Prof Makukov told New Scientist: “It was clear right away that the code has a non-random structure.

马库科夫教授告诉《新科学家》杂志：“人类的遗传密码显然具有非随机结构。”

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