端粒,物种差异,和不寻常的端粒在脊椎动物:提出挑战和机遇,以了解端粒动力学

Emory D. Ingles, J. Deakin
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引用次数: 23

摘要

端粒作为应激、细胞衰老和生活史的生物标志物,已引起人们越来越多的兴趣。然而,端粒景观是一个多样化的特征,在物种之间具有明显的差异,这一事实被各种脊椎动物生物体的不寻常的端粒所突出。我们广泛地回顾了脊椎动物端粒动力学的差异,并强调需要更多地了解跨物种的端粒过程和趋势。作为这些物种差异的一部分,我们回顾了脊椎动物中不寻常的端粒。这包括存在于多种生物体中的巨型端粒,但也关注于有袋动物和单孔动物的不寻常的端粒特征,这些特征之前几乎没有讨论过,但从迄今为止发现的其他不寻常的端粒特征中脱颖而出。由于在有袋动物科Dasyuridae中存在至少两个独特的端粒特征,以及存在对这些物种的端粒生活史具有影响的生理策略,我们认为该家族具有非常大的潜力来揭示端粒进化和动力学的新信息。
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Telomeres, species differences, and unusual telomeres in vertebrates: presenting challenges and opportunities to understanding telomere dynamics
Abstract There has been increasing interest in the use of telomeres as biomarkers of stress, cellular ageing and life-histories. However, the telomere landscape is a diverse feature, with noticeable differences between species, a fact which is highlighted by the unusual telomeres of various vertebrate organisms. We broadly review differences in telomere dynamics among vertebrates, and emphasize the need to understand more about telomere processes and trends across species. As part of these species differences, we review unusual telomeres in vertebrates. This includes mega-telomeres, which are present across a diverse set of organisms, but also focusing on the unusual telomeres traits of marsupials and monotremes, which have seen little to no prior discussion, yet uniquely stand out from other unusual telomere features discovered thus far. Due to the presence of at least two unique telomere features in the marsupial family Dasyuridae, as well as to the presence of physiological strategies semelparity and torpor, which have implications for telomere life-histories in these species, we suggest that this family has a very large potential to uncover novel information on telomere evolution and dynamics.
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AIMS Genetics
AIMS Genetics GENETICS & HEREDITY-
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