phd position (marie curie initial training network)
DESCRIPTION
Chromatin in Plants: European Training and MobilityTRANSCRIPT
PhD Position (Marie Curie Initial Training Network)Chromatin in Plants: European Training and Mobility
PhD position available in the laboratory of Dr. P. Mas(CRAG, Barcelona, Spain). Research in the laboratory is
Chromatin in Plants: European Training and Mobility
focused on understanding the plant circadian clockand its functional connection with chromatinremodelling. The PhD position is part of the CHIP‐ETnetwork (ITN) which includes five academic and onenetwork (ITN), which includes five academic and oneindustrial partner.
The aim of the network is to provide aninterdisciplinary training platform with emphasis oninterdisciplinary training platform with emphasis oncutting edge epigenetics technologies and know‐howin chromatin research. Training will be achievedthrough research projects, secondments between
A variety of protein complexes assist RNAPII transcription in achromatin context. There are factors that promote transcription byATP‐dependent nucleosome remodelling (e.g. Swi/Snf, Chd1), histonechaperones (e.g. FACT, NRP1/2) or factors that covalently modifyhistones in the chromatin of transcribed genes (Hub1, HATs, HMTs).
partner labs, workshops and courses.
Applicants must have a background in molecular orcellular biology. Previous lab experience is desirable.
REFERENCESMalapeira, J. et al. PNAS (2012) 109, 21540‐21545.
The position is available immediately.Gross salary: ~ 34.000 € / yearIf interested, please send CV and contact informationof t o references to
W. Huang, et al. SCIENCE (2012) 336, 75–79. Sanchez, S., et al. NATURE (2010) Nov 4;468(7320):112‐6. Más P., et al. NATURE 426: 567‐570. Alabadí, D., et al. SCIENCE (2001) 293:880‐883. Strayer C et al SCIENCE (2000) 289:768 771of two references to:
http://www.cragenomica.es/jobs/jobs.php (Ref 17/2013)
Application deadline: July, 10
Strayer, C., et al. SCIENCE (2000) 289:768‐771Más P., et al. NATURE (2000)408:207‐211Ceriani, F., et al. SCIENCE (1999) 285:553‐556