作者
Deborah Nejman,Ilana Livyatan,Garold Fuks,Nancy Gavert,Yaara Zwang,Leore T. Geller,Aviva Rotter-Maskowitz,Roi Weiser,Giuseppe Mallel,Elinor Gigi,Arnon Meltser,Gavin Douglas,Iris Kamer,Vancheswaran Gopalakrishnan,Tali Dadosh,Smadar Levin‐Zaidman,Sofia Avnet,Tehila Atlan,Zachary A. Cooper,Reetakshi Arora,Alexandria P. Cogdill,Md Abdul Wadud Khan,Gabriel O Ologun,Yuval Bussi,Adina Weinberger,Maya Lotan‐Pompan,Ofra Golani,Gili Perry,Merav Rokah,Keren Bahar‐Shany,Elisa A. Rozeman,Christian U. Blank,Anat Ronai,Ron Shaoul,Amnon Amit,Tatiana Dorfman,Ran Kremer,Zvi R. Cohen,Sagi Harnof,Tali Siegal,Einav Yehuda‐Shnaidman,Einav Nili Gal‐Yam,Hagit Shapira,Nicola Baldini,Morgan G. I. Langille,Alon Ben‐Nun,Bella Kaufman,Aviram Nissan,Talia Golan,Maya Dadiani,Keren Levanon,Jair Bar,Shlomit Yust‐Katz,Iris Barshack,Daniel S. Peeper,Dan J. Raz,Eran Segal,Jennifer A. Wargo,Judith Sandbank,Noam Shental,Ravid Straussman
摘要
Profiling tumor bacteria Bacteria are well-known residents in human tumors, but whether their presence is advantageous to the tumors or to the bacteria themselves has been unclear. As an initial step toward addressing this question, Nejman et al. produced an exhaustive catalog of the bacteria present in more than 1500 human tumors representing seven different tumor types (see the Perspective by Atreya and Turnbaugh). They found that the bacteria within tumors were localized within both cancer cells and immune cells and that the bacterial composition varied according to tumor type. Certain biologically plausible associations were identified. For example, breast cancer subtypes characterized by increased oxidative stress were enriched in bacteria that produce mycothiol, which can detoxify reactive oxygen species. Science , this issue p. 973 ; see also p. 938