| | | | | Table of ContentsNews & Views Reviews Articles Resources | Volume 35, Number 9 | News & Views | Blood vessel formation and neurogenesis proceed in a coordinated fashion in the developing cerebral cortex, allowing oxygen supply to regulate cell fate decisions via HIF‐1α destabilization. José Manuel Morante‐Redolat and Isabel Fariñas Published online 24.03.2016 | | Multiciliated cells are key components of epithelia in the respiratory tract, the ependyma, and the oviducts. Four recent articles identify a conserved role for GemC1 at the center of a complex gene regulatory network that controls the differentiation of these cells. Eszter K Vladar and Brian J Mitchell Published online 22.03.2016 | | The recently developed in vitro reconstitution system of eukaryotic DNA replication reveals how cell cycle‐dependent phosphorylation controls origin firing. Hiroyuki Araki Published online 22.03.2016 | Reviews | Tarsounas and colleagues review the clinical and molecular implications of crosstalk between DNA interstrand crosslink and double‐strand break repair pathways, as manifested by the recurrent identification of homologous recombination factors mutated in Fanconi anemia patients. Johanna Michl, Jutta Zimmer, and Madalena Tarsounas | Articles | Blood vessel formation in mammalian brain development promotes neural stem cell differentiation by triggering a cascade of tissue oxygenation, reduced activity of HIF‐1α and blunted glycolytic metabolism that favors the switch towards neurogenesis. Christian Lange, Miguel Turrero Garcia, Ilaria Decimo, Francesco Bifari, Guy Eelen, Annelies Quaegebeur, Ruben Boon, Hui Zhao, Bram Boeckx, Junlei Chang, Christine Wu, Ferdinand Le Noble, Diether Lambrechts, Mieke Dewerchin, Calvin J Kuo, Wieland B Huttner, and Peter Carmeliet Published online 08.02.2016 | | In addition to a role in DNA replicaion, Geminin‐like coiled‐coil containing protein 1 (GEMC1) interacts with E2F4/5‐DP1 and Multicilin to control transcriptional programs required for multiciliated cell (MCC) differentiation in mammals. Berta Terré, Gabriele Piergiovanni, Sandra Segura‐Bayona, Gabriel Gil‐Gómez, Sameh A Youssef, Camille Stephan‐Otto Attolini, Michaela Wilsch‐Bräuninger, Carole Jung, Ana M Rojas, Marko Marjanović, Philip A Knobel, Lluís Palenzuela, Teresa López‐Rovira, Stephen Forrow, Wieland B Huttner, Miguel A Valverde, Alain de Bruin, Vincenzo Costanzo, and Travis H Stracker Published online 01.03.2016 | | In vitro reconstitution of replication initiation reveals the key reader of activatory phosphorylation on MCM helicase subunits. Tom D Deegan, Joseph TP Yeeles, and John FX Diffley | | While Nanos represses target mRNAs by recruiting the CCR4–NOT complex in both flies and mammals, Drosophila Nanos uses a unique, bipartite peptide to contact another CCR4–NOT surface than vertebrate Nanos. Tobias Raisch, Dipankar Bhandari, Kevin Sabath, Sigrun Helms, Eugene Valkov, Oliver Weichenrieder, and Elisa Izaurralde | Resources | A new pipeline for CLIP‐seq in Salmonella maps global RNA–protein interactions and offers a tool for improved understanding of post‐transcriptional control in bacteria. Erik Holmqvist, Patrick R Wright, Lei Li, Thorsten Bischler, Lars Barquist, Richard Reinhardt, Rolf Backofen, and Jörg Vogel | | | |
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