| | | | | Table of ContentsArticles News & Views | Volume 10, Number 12 | Articles | A quantitative analysis of phosphoproteome dynamics by shotgun mass spectrometry, combined with mathematical modeling reveals complex crosstalk between the Hog1 and the pheromone signaling pathways in budding yeast. Stefania Vaga, Marti Bernardo‐Faura, Thomas Cokelaer, Alessio Maiolica, Christopher A Barnes, Ludovic C Gillet, Björn Hegemann, Frank van Drogen, Hoda Sharifian, Edda Klipp, Matthias Peter, Julio Saez‐Rodriguez, and Ruedi Aebersold | | Bidirectional hidden Markov models improve the annotation of DNA‐associated processes from genomics data, reveal variations in the yeast Pol II transcription cycle and identify directed chromatin state patterns at transcribed regions in the human genome. Benedikt Zacher, Michael Lidschreiber, Patrick Cramer, Julien Gagneur, and Achim Tresch | | Live microscopy of individual of cells growing in conditions that decouple nutrient sensing form nutrient influx reveals independent regulation of biomass accumulation and cell division. Two distinct types of arrest are described with implications for models of cell size control. Hannah Schmidt‐Glenewinkel and Naama Barkai | | Ribosome profiling experiments in wild‐type yeast and in mutants with altered tRNA levels illustrate that neither elongation rate nor translational efficiency is affected by tRNA abundance under physiological conditions. Cristina Pop, Silvi Rouskin, Nicholas T Ingolia, Lu Han, Eric M Phizicky, Jonathan S Weissman, and Daphne Koller | | An integrated analysis of proteomic and phospho‐proteomic data from BRAF inhibitor‐treated melanoma cells and a functional genomic screen for shRNAs sensitizing melanoma to BRAF inhibitor treatment identifies ROCK1 kinase as a combinatorial drug target. Marjon A Smit, Gianluca Maddalo, Kylie Greig, Linsey M Raaijmakers, Patricia A Possik, Bas van Breukelen, Salvatore Cappadona, Albert JR Heck, AF Maarten Altelaar, and Daniel S Peeper | | An integrative analysis of the interactome, gene expression and genome sequencing data identifies protein interaction modules implicated in autism spectrum disorders and reveals the corpus callosum as a potential tissue of origin in ASD. Jingjing Li, Minyi Shi, Zhihai Ma, Shuchun Zhao, Ghia Euskirchen, Jennifer Ziskin, Alexander Urban, Joachim Hallmayer, and Michael Snyder | News & Views | A systems biology approach by Snyder and colleagues (Li et al, 2014) sheds light on the molecular and cellular mechanisms underlying autism, thus opening novel avenues for understanding the disease and developing potential treatments. Charles Auffray | | | |
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