Article
Population structure and punctuated genomic hyper-diversity in Caenorhabditis briggsae.
Molecular biology and evolution - 1 Aug 2026
Moya Nicolas D, Wang Bowen, Tanny Robyn E, Sauria Michael E G, O'Connor Lance M, Khorshidian Ayeh, McKeown Ryan, Gosse Charlie, Dilks Clayton M, Crombie Timothy A, Zhang Gaotian, Rais Emha, Frézal Lise, Dang Viet Dai, Haryoso Elkana, Devi Mia P, Gimond Clotilde, Cook Daniel E, Hsu Jung-Chen, Shaver Amanda O, Zdraljevic Stefan, Richaud Aurélien, Wen Tongshu, Mehraj Aatira, H Sharanya, Arulprakasam Karthick Raja, Koury Emily J, Roberto Nicole M, Schaye Etta S, Singh Varsha, Tarno Hagus, Ailion Michael, Paaby Annalise B, Zhao Zhongying, Cutter Asher D, Wang John, Rockman Matthew V, Félix Marie-Anne, Braendle Christian, Andersen Erik C
Abstract excerpt
Comparative genomics provides a powerful framework to uncover the molecular and evolutionary mechanisms that shape genetic diversity, revealing how shared or lineage-specific processes influence their evolutionary trajectories. The nematode Caenorhabditis briggsae is distributed world-wide and is a comparative model to Caenorhabditis elegans in the biology of development, cellular mechanisms, neurobiology,...
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