category
bioRxiv
date
Mar 21, 2026
slug
status
Published
summary
通过大规模基因组测序揭示欧洲狼并非单一恢复种群,而是由不同进化分支组成的复杂图景;发现北欧狼具有亚洲狼祖先成分,南欧保留古老更新世谱系;首次系统揭示孤立狼群的高近亲繁殖率和有害突变累积现象,为保护策略提供遗传学依据。
tags
测序技术
type
Post

📄 原文题目

The population structure and genetic health of European wolves

🔗 原文链接

💡 AI 核心解读

通过大规模基因组测序揭示欧洲狼并非单一恢复种群,而是由不同进化分支组成的复杂图景;发现北欧狼具有亚洲狼祖先成分,南欧保留古老更新世谱系;首次系统揭示孤立狼群的高近亲繁殖率和有害突变累积现象,为保护策略提供遗传学依据。

📝 英文原版摘要

Once nearly eradicated from Europe, grey wolves (Canis lupus) have recently undergone a remarkable demographic recovery, but their long-term survival remains precarious. By analyzing 1,001 genomes, we uncover a mosaic of distinct evolutionary lineages, not a single recovering population. Northern populations exhibit Asian wolf ancestry, while southern populations preserve ancient Holocene lineages, with dog introgression varying by region. Isolated wolves from the Scandinavian, Italian, and Iberian peninsulas harbored particularly high levels of inbreeding and fixed deleterious mutations. Signatures of genome erosion were widespread across Europe, with many populations falling well short of the minimum size recommended for long-term survival. Our study reveals the complex tapestry of wolf ancestry and variation across Europe, which calls for nuanced, regional conservation plans founded in genetic monitoring.
同时敲除SOS1和SOS2会引发涉及肠道完整性受损和广泛脓毒症的致命表型环境扰动下无效的基因组错误校正动态调节突变供应和稳健性
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