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<p>Bioinformatics forms the ever-evolving backbone of evolutionary biology. Since the early protein-based phylogenies, it has been crucial to reliable sequencing, rigorous comparisons, and robust species-history inferences. Beyond structural insights, genome-wide scans increasingly offer insights into the processes that have shaped evolutionary trajectories. In an era of rapid global change, the next critical step is to conceptually bridge genomics and ecology to harness big data for conservation.</p>

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Die Bioinformatik, der Schlüssel zu den Geheimnissen der Evolution

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2025年3月25日

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  • Paul Kasko,
  • Ralph Kühn

摘要

Bioinformatics forms the ever-evolving backbone of evolutionary biology. Since the early protein-based phylogenies, it has been crucial to reliable sequencing, rigorous comparisons, and robust species-history inferences. Beyond structural insights, genome-wide scans increasingly offer insights into the processes that have shaped evolutionary trajectories. In an era of rapid global change, the next critical step is to conceptually bridge genomics and ecology to harness big data for conservation.