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原文連結
論文資訊
- 類型：已發表論文
- 日期：2011-12-01
摘要
The transitions to multicellularity mark the most pivotal and distinctive events in life's history on Earth. Although several transitions to "simple" multicellularity (SM) have been recorded in both 細菌l and eukaryotic clades, transitions to complex multicellularity (CM) have only happened a few times in eukaryotes. A large number of cell types (associated with large body size), increased energy consumption per gene expressed, and an increment of non-蛋白質-coding DNA positively correlate with CM. These three factors can indeed be understood as the causes and consequences of the regulation of gene expression. Here, we discuss how a vast expansion of non-蛋白質-coding RNA (ncRNAs) regulators rather than large numbers of novel 蛋白質 regulators can easily contribute to the 湧現 of CM. We also propose th
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