Publications

Journal Article (8)

1.
Journal Article
Bellou, E.; Zielinska, A.; Mönnich, E. U.; Schweizer, N.; Politi, A. Z.; Wellecke, A.; Sibold, C.; Tandler-Schneider, A.; Schuh, M.: Chromosome architecture and low cohesion bias acrocentric chromosomes towards aneuploidy during mammalian meiosis. Nature Communications 15, 10713 (2024)
2.
Journal Article
Cheng, S.; Schuh, M.: Two mechanisms repress cyclin B1 translation to maintain prophase arrest in mouse oocytes. Nature Communications 15, 10044 (2024)
3.
Journal Article
Sharma, N.; Coticchio, G.; Borini, A.; Tachibana, K.; Nasmyth, K. A.; Schuh, M.: Changes in DNA repair compartments and cohesin loss promote DNA damage accumulation in aged oocytes. Current Biology 34 (22), pp. 5131 - 5148.e6 (2024)
4.
Journal Article
Thomas, C.; Marx, T. L.; Penir, S. M.; Schuh, M.: Ex vivo imaging reveals the spatiotemporal control of ovulation. Nature Cell Biology 26, pp. 1997 - 2008 (2024)
5.
Journal Article
Harasimov, K.; Gorry, R. L.; Welp, L. M.; Penir, S. M.; Horokhovskyi, Y.; Cheng, S.; Takaoka, K.; Stützer, A.; Frombach, A.-S.; Taylor Tavares, A. L. et al.; Raabe, M.; Haag, S.; Saha, D.; Grewe, K.; Schipper, V.; Rizzoli, S. O.; Urlaub, H.; Liepe, J.; Schuh, M.: The maintenance of oocytes in the mammalian ovary involves extreme protein longevity. Nature Cell Biology 26, pp. 1124 - 1138 (2024)
6.
Journal Article
Nikalayevich, E.; Letort, G.; de Labbey, G.; Todisco, E.; Shihabi, A.; Turlier, H.; Voituriez, R.; Yahiatene, M.; Pollet-Villard, X.; Innocenti, M. et al.; Schuh, M.; Terret, M.-E.; Verlhac, M.-H.: Aberrant cortex contractions impact mammalian oocyte quality. Developmental Cell 59 (7), pp. 841 - 852.e7 (2024)
7.
Journal Article
Zaffagnini, G.; Cheng, S.; Salzer, M.C.; Pernaute, B.; Duran, J.M.; Irimia, M.; Schuh, M.; Böke, E.: Mouse oocytes sequester aggregated proteins in degradative super-organelles. Cell 187 (5), pp. 1109 - 1126.e21 (2024)
8.
Journal Article
Fu, L.; Weiskopf, E.N.; Akkermans, O.; Swanson, N.A.; Cheng, S.; Schwartz, T.U.; Görlich, D.: HIV-1 capsids enter the FG phase of nuclear pores like a transport receptor. Nature 626, pp. 843 - 851 (2024)
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