 |  |  |  |  | Table of ContentsHave you seen? Reviews Articles Erratum | Volume 34, Number 6 | Have you seen?  | Protecting the genetic integrity of the germline is of outmost importance. Two novel studies establish multiple roles of PRMT5 in safe‐guarding genomic integrity of PGCs, beyond earlier proposed roles in the induction of germline fate. Rebecca V Berrens and Wolf Reik |  | Embryonic blood cell specification is studied intensely, given strong therapeutic interest. A few recent studies offer new insights into functional competition of key haematopoietic transcription factors, revealing a general framework for transcription factor‐mediated cell fate specification. Berthold Göttgens Published online 13.02.2015 | Reviews  | Rossi and Ebina summarize recent insights into transcriptional (re‐)programming of blood cells and highlight most promising routes for the generation of transplantable hematopoietic stem cells. Wataru Ebina and Derrick J Rossi Published online 20.02.2015 |  | Kenneth Chien and colleagues review molecular principles of cardiogenesis, which hold great promise for regenerative “programming” or “reprogramming” of human heart conditions. Makoto Sahara, Federica Santoro, and Kenneth R Chien Published online 20.02.2015 |  | Zaret & Kim feature recent work on induced reprogramming of cancer cells that may accelerate genuine modeling and new insights into human malignancies. Jungsun Kim and Kenneth S Zaret Published online 20.02.2015 | Articles  | Conditional deletion of Prmt5 in the mouse germline rules out anticipated roles in germline specification. Instead, Prmt5 controls ground state pluripotency in primordial cells by virtue of RNA splicing. Ziwei Li, Juehua Yu, Linzi Hosohama, Kevin Nee, Sofia Gkountela, Sonal Chaudhari, Ashley A Cass, Xinshu Xiao, and Amander T Clark Published online 17.12.2014 |  | Previous work had revealed that Scl promotes hemogenic competence while repressing cardiac fate. Comprehensive genome‐scale data presented here establish Scl‐mediated ‘enhancer decommissioning’ as underlying molecular mechanism. Tõnis Org, Dan Duan, Roberto Ferrari, Amelie Montel‐Hagen, Ben Van Handel, Marc A Kerényi, Rajkumar Sasidharan, Liudmilla Rubbi, Yuko Fujiwara, Matteo Pellegrini, Stuart H Orkin, Siavash K Kurdistani, and Hanna KA Mikkola Published online 06.01.2015 |  | ‘Juxtanuclear’ deposits of misfolded protein in fact reside in a new intranuclear quality control compartment (INQ). INQ formation is dependent on Btn2, while cytosolic protein deposition is mediated by the Hsp42 aggregase. Stephanie BM Miller, Chi‐Ting Ho, Juliane Winkler, Maria Khokhrina, Annett Neuner, Mohamed YH Mohamed, D Lys Guilbride, Karsten Richter, Michael Lisby, Elmar Schiebel, Axel Mogk, and Bernd Bukau Published online 11.02.2015 |  | The IP3 receptor IP3R1 controls the ability of immature dendritic cells to explore their environment by regulating calcium release from the endoplasmic reticulum and by reinforcing the activity of the myosin light chain (MLC) kinase. Paola Solanes, Mélina L Heuzé, Mathieu Maurin, Marine Bretou, Franziska Lautenschlaeger, Paolo Maiuri, Emmanuel Terriac, Maria‐Isabel Thoulouze, Pierre Launay, Matthieu Piel, Pablo Vargas, and Ana‐Maria Lennon‐Duménil |  | TFG forms cup‐like octameric structures and acts as a meshwork between the ER and ER‐Golgi intermediate compartment (ERGIC) for localized crowding of COPII‐coated carriers and efficient cargo transport in the cell. Adam Johnson, Nilakshee Bhattacharya, Michael Hanna, Janice G Pennington, Amber L Schuh, Lei Wang, Marisa S Otegui, Scott M Stagg, and Anjon Audhya Published online 13.01.2015 | Erratum Sophie Badie, Ana Rita Carlos, Cecilia Folio, Keiji Okamoto, Peter Bouwman, Jos Jonkers, and Madalena Tarsounas Published online 11.03.2015 |  | | |
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