Cell· Mathilde Poyet, Malte Rühlemann, Ana P. Schaan, Yue Ma, Lucas Moitinho-Silva, Eike M. Wacker, Hannah Jebens, Lucas Patel, Le Thanh Tu Nguyen, Alexis Zimmer, Damian Plichta, Daniel McDonald, Christine Stevens, Adwoa Agyei, Mary Y. Afihene, Shadrack O. Asibey, Yaw A. Awuku, Aida S. Badiane, Chris Corzett, Awa Deme, Manuel Dominguez-Rodrigo, Amoako Duah, Alain Fezeu, Alain Froment, Sean Gibbons, Catherine Girard, Jeff Hooker, Fatimah Ibrahim, Deborah Iqaluk, Vanessa Juimo, Pinja Kettunen, Sophie Lafosse, Ernest Lango-Yaya, Soo C. Lee, Jenni Lehtimäki, Yvonne A.L. Lim, Audax Mabulla, Varocha Mahachai, Rihlat S. Mohamed, Katya Moniz, Ivan E. Mwikarago, Yvonne A. Nartey, Daouda Ndiaye, Mary Noel, Charles Onyekwere, Tan M. Pin, Amelie Plymoth, Lewis Roberts, Lasse Ruokolainen, John Rusine, Laure Segurel, B. Jesse Shapiro, Shani Sigwazi, Ainara Sistiaga, Kenneth Valles, Tommi Vatanen, Ratha-korn Vilaichone, Philip Rosenstiel, John Baines, Andre Franke, David Ellinghaus, Rob Knight, Mark Daly, Ramnik J. Xavier, Eric J. Alm, Mathieu Groussin·· 17 小时前精选AI 评分72
Cell 研究：工业化驱动人类共生体微生物组与宿主生理趋同变化
Industrialization drives convergent microbiome and host physiological shifts in the human metaorganism
AI 导读
一项发表于 Cell 的研究整合全球多样人群的微生物组组学与宿主数据，发现工业化会重构肠道微生物生态系统和肠道生理。这些变化包括微生物多样性下降、组成异质性和群落稳定性改变、肠道免疫与生理反应变化，以及基于微生物组的疾病预测模型跨人群迁移能力有限。
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来源：Cell · cell.com
推荐理由
整合全球多样人群的微生物组与宿主数据，显示工业化与肠道生态和生理变化相关，并提示微生物组疾病预测模型跨人群迁移受限。