| | | | | Table of ContentsNews & Views Review Articles Resource | Volume 36, Number 4 | News & Views | To ensure correct cell fate decisions during gut regeneration, intestinal subepithelial myofibroblasts regulate opposing gradients of Wnt and BMP signaling in the crypts via ANGPTL2 secretion. Sanne M van Neerven and Louis Vermeulen | | Nedd4 exemplifies the first E3 that is reversibly inactivated rather than degraded upon auto‐ubiquitylation. Spencer Hill and Gary Kleiger Published online 13.01.2017 | | Mammalian TRAnsport Protein Particle TRAPPII is a new GEF for Rab18 and recruits it to lipid droplets to control lipid homeostasis. Francesca Zappa, Rossella Venditti, and Maria Antonietta De Matteis | Review | As part of our metabolism focus, this review summarizes how nutrient availability is recognized and integrated by the conserved TOR cell growth regulator. Asier González and Michael N Hall Published online 17.01.2017 | Articles | ANGPTL2 is secreted upon intestinal injury and regulates the balance between β‐catenin and BMP signaling to promote intestinal stem cell maintenance and proliferation. Haruki Horiguchi, Motoyoshi Endo, Kohki Kawane, Tsuyoshi Kadomatsu, Kazutoyo Terada, Jun Morinaga, Kimi Araki, Keishi Miyata, and Yuichi Oike | | Ubiquitin ligase auto‐modification results in reversible inactivation rather than proteasomal degradation in a HECT‐domain E3 family. Ilan Attali, William Sam Tobelaim, Avinash Persaud, Khatereh Motamedchaboki, Kobi J Simpson‐Lavy, Bayan Mashahreh, Olga Levin‐Kravets, Tal Keren‐Kaplan, Inbar Pilzer, Martin Kupiec, Reuven Wiener, Dieter A Wolf, Daniela Rotin, and Gali Prag Published online 09.01.2017 | | Mammalian TRAPPII serves as a GEF for Rab18 and, together with COPI, regulates its recruitment onto the lipid droplet surface, thereby controlling lipid homeostasis. Chunman Li, Xiaomin Luo, Shan Zhao, Gavin KY Siu, Yongheng Liang, Hsiao Chang Chan, Ayano Satoh, and Sidney SB Yu Published online 21.12.2016 | | Postsynaptic scaffold proteins PSD‐93, PSD‐95, and SAP102 differentially affect nucleus accumbens and association of drug reward/context in mice. Avani Shukla, Anna Beroun, Myrto Panopoulou, Peter A Neumann, Seth GN Grant, M Foster Olive, Yan Dong, and Oliver M Schlüter Published online 11.01.2017 | | The first high‐resolution cryo‐EM structure of the chloroplast ribosome sheds light on the role for chloroplast‐specific ribosomal proteins and illustrates how protein synthesis is regulated by translation factor pY. Philipp Bieri, Marc Leibundgut, Martin Saurer, Daniel Boehringer, and Nenad Ban | | Ribosome profiling reveals the coordinated translational activation of lipogenic enzyme transcripts in growing, unperturbed budding yeast cells progressing synchronously through the cell cycle. Heidi M Blank, Ricardo Perez, Chong He, Nairita Maitra, Richard Metz, Joshua Hill, Yuhong Lin, Charles D Johnson, Vytas A Bankaitis, Brian K Kennedy, Rodolfo Aramayo, and Michael Polymenis Published online 05.01.2017 | | Reversible modification with K63‐linked ubiquitin chains regulates poly(ADP‐ribose) polymerization at telomeres to ensure that telomeres are resolved in the G2/M window of the cell cycle. Ekta Tripathi and Susan Smith Published online 19.12.2016 | | Crosstalk with transcription factor MRTF enhances TEAD‐YAP oncogenic activity, coordinating signal transduction of extracellular GPCR ligands involved in cancer cell invasion or actin cytoskeletal disruption. Tackhoon Kim, Daehee Hwang, Dahye Lee, Jeong‐Hwan Kim, Seon‐Young Kim, and Dae‐Sik Lim Published online 27.12.2016 | | Proteolytic activation of the peptidoglycan hydrolase RipA ensures the separation of mycobacterial progeny cells in acidic environments such as host cell phagosomes. Helene Botella, Julien Vaubourgeix, Myung Hee Lee, Naomi Song, Weizhen Xu, Hideki Makinoshima, Michael S Glickman, and Sabine Ehrt Published online 05.01.2017 | Resource | New peptide sensors have been developed to monitor localization and fate of individual LC3s and GABARAPs of the mATG8 family, which serve as a central platform for autophagosome biogenesis. Alexandra Stolz, Mateusz Putyrski, Ivana Kutle, Jessica Huber, Chunxin Wang, Viktória Major, Sachdev S Sidhu, Richard J Youle, Vladimir V Rogov, Volker Dötsch, Andreas Ernst, and Ivan Dikic Published online 27.12.2016 | | | |
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