  |     |     |     |      |                                     Table of ContentsNews & Views Review Articles Corrigendum  |                                                      Volume  35,  Number  3                    |         News & Views                   	  |      Super‐resolution imaging approaches reveal how fast diffusion allows few molecules of CD22 to sample and inhibit a large number of immobile B‐cell receptor nanoclusters.     David Depoil and Michael L Dustin     	 |               Review                   	  |      This review outlines the distinct secretory mechanism and organelles by which astrocytes secrete factors important for CNS development, homeostasis and cognitive function, as well as their contribution to health and diseases.     Alexei Verkhratsky, Michela Matteoli, Vladimir Parpura, Jean‐Pierre Mothet, and Robert Zorec    Published online 12.01.2016   	 |               Articles                   	  |      Super‐resolution microscopy and in silico simulations reveal efficient scanning of the B‐cell membrane as the basis for CD22's ability to keep BCR signalling in check.   Francesca Gasparrini, Christoph Feest, Andreas Bruckbauer, Pieta K Mattila, Jennifer Müller, Lars Nitschke, Dennis Bray, and Facundo D Batista    Published online 15.12.2015   	 |                               	  |      A mammalian TRAPPIII‐like complex and its interactor, the RabGAP TBC1D14, regulate Golgi function and Atg9‐vesicle trafficking to control autophagosome formation.     Christopher A Lamb, Stefanie Nühlen, Delphine Judith, David Frith, Ambrosius P Snijders, Christian Behrends, and Sharon A Tooze     	 |                               	  |      While kinesin motors selectively move into axons, kinesin‐3 and kinesin‐4 can also target dendrites. Microtubule‐binding protein doublecortin‐like kinase 1 (DCLK1) provides local cues to steer polarized movement of kinesin‐3 into dendrites.     Joanna Lipka, Lukas C Kapitein, Jacek Jaworski, and Casper C Hoogenraad    Published online 12.01.2016   	 |                               	  |      Protein unfolding stress leads to eIF2α phosphorylation, which is counteracted by protein phosphatase‐1 (PP1). This study shows that ROS‐generating NADPH oxidase‐4 inactivates PP1 at the ER via metal center oxidation, allowing for an enhanced stress signaling response and cell survival.     Celio XC Santos, Anne D Hafstad, Matteo Beretta, Min Zhang, Chris Molenaar, Jola Kopec, Dina Fotinou, Thomas V Murray, Andrew M Cobb, Daniel Martin, Maira Zeh Silva, Narayana Anilkumar, Katrin Schröder, Catherine M Shanahan, Alison C Brewer, Ralf P Brandes, Eric Blanc, Maddy Parsons, Vsevelod Belousov, Richard Cammack, Robert C Hider, Roberto A Steiner, and Ajay M Shah     	 |                               	  |      Variations in methylcytosine oxidation state are controlled by the activity of the TET enzymes. TET1/2 activity at intragenic regions allows for enhanced CTCF binding and stimulates the inclusion of alternative exons, thus adding further complexity to the splicing code.     Ryan J Marina, David Sturgill, Marc A Bailly, Morgan Thenoz, Garima Varma, Maria F Prigge, Kyster K Nanan, Sanjeev Shukla, Nazmul Haque, and Shalini Oberdoerffer    Published online 28.12.2015   	 |                               	  |      Induction of definitive endoderm during mammalian development requires inhibition of GSK3 to trigger parallel cMyc and β‐catenin‐dependent repression of the transcriptional repressor Tcf7l1.     Gillian Morrison, Roberta Scognamiglio, Andreas Trumpp, and Austin Smith     	 |               Corrigendum                   	  |    Futoshi Kuribayashi, Hiroyuki Nunoi, Kaori Wakamatsu, Shohko Tsunawaki, Kazuki Sato, Takashi Ito, and Hideki Sumimoto    Published online 31.01.2016   	 |               |     |    |   | 
    
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