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| 名称 | 当前消息文本 |
|---|---|
| 史 English（en） | Ganrael who do not acquire enough DNA from one partner seek another, and when denied access to gametes will collect and use other, non-germ cells. These occurrences should theoretically result in a significant number of triploid and polyploid ganrael. It’s currently unknown how or even if individuals with odd chromosome numbers prevent aneuploidy during reproduction, but theories have been proposed whereby ganrael are unable to divide until their total number of chromosomes are evenly paired, are able to identify and splice compatible donor DNA directly into their own via a hitherto unidentified enzyme, or have some other redundancy that prevents aneuploid cells from resulting in a defective organism. The ‘even pairs’ theory would suggest a sharp increase in the number of chromosomes over time which has not been observed, and has not been widely accepted for this reason. </blockquote> |
| 史 中文（简体）（zh-hans） | 未能从一名伴侣获得足够 DNA 的 Ganrael 会寻找另一名伴侣；若无法获得配子，便会收集并使用其他非生殖细胞。理论上，这应导致大量三倍体与多倍体 Ganrael。目前尚不清楚拥有奇数染色体数的个体如何、乃至是否能在繁殖期间防止非整倍体；已有理论认为，Ganrael 在总染色体数成均等配对前无法分裂，能够利用一种尚未发现的酶直接识别并将兼容的供体 DNA 剪接进自身，或有其他冗余机制避免非整倍体细胞形成缺陷生物。“均等配对”理论意味着染色体数会随时间急剧增加，但这尚未被观察到，因此未获广泛接受。 </blockquote> |