PubMed 文献速递
检索词: "Speciation"[Mesh] OR "Hybridization, Genetic"[Mesh] OR "Genetic Introgression"[Mesh] OR "Reproductive Isolation"[Mesh] OR "Gene Flow"[Mesh] OR (speciation[Title/Abstract] AND species[Title/Abstract]) OR ("lineage sorting"[Title/Abstract]) OR ("adaptive radiation"[Title/Abstract]) OR ("incipient species"[Title/Abstract])
分析时间: 2026-03-21
推荐文献: 2 篇
1. Using reciprocally retained gene families to detect whole-genome multiplications in plants
- PMID: 41845531
- DOI: 10.1186/s13059-026-04032-y
- 期刊: Genome Biol
- 发表日期: 2026-03-17
- 在线发表: 2026-03-17
- 入库日期: Unknown
- 作者: Tasdighian S, Sensalari C, Maere S
- 推荐理由: 从模型自由文本中提取到 PMID 推荐
- 推荐摘要:
2. Habitat fragmentation promotes spatial scale separation under resource competition
由 PubMed Monitor 自动创建
PubMed 文献速递
检索词:
"Speciation"[Mesh] OR "Hybridization, Genetic"[Mesh] OR "Genetic Introgression"[Mesh] OR "Reproductive Isolation"[Mesh] OR "Gene Flow"[Mesh] OR (speciation[Title/Abstract] AND species[Title/Abstract]) OR ("lineage sorting"[Title/Abstract]) OR ("adaptive radiation"[Title/Abstract]) OR ("incipient species"[Title/Abstract])分析时间: 2026-03-21
推荐文献: 2 篇
1. Using reciprocally retained gene families to detect whole-genome multiplications in plants
2. Habitat fragmentation promotes spatial scale separation under resource competition
由 PubMed Monitor 自动创建