Postdoctoral position in Neuroepigenetics
The lab of Neuroepigenetics of I. Mansuy at the University and ETH Zürich, Switzerland (Brain Research Institute) is looking for an experienced epigeneticist interested in neuroscience. The project aims at investigating the mechanisms underlying the impact of environmental factors on the genome and epigenome in relation to brain functions and behavior across generations. The purpose is to examine the effects of exposure on genome sequence, structure and activity including retrotransposition and chromatin looping, and their inheritance. The candidate should have solid theoretical and practical knowledge in genetics and epigenetics, and experience in advanced genome technologies. The candidate should have an interest in exploring novel rules linking the environment to the genome and the epigenome, and in translational research relevant for human health and diseases. She/he will join a pluridisciplinary team at the interface of epigenetics, neuroscience and bioinformatics using an approach based on environmentally and genetically-modified mouse models. A strong team spirit, high scientific creativity and motivation are desired. The University and ETH Zürich offer optimal working conditions, ample lab space and technological support, and a rich scientific environment with a large and active community.
Women candidates are strongly encouraged to apply. This 3-5 year position is available in spring 2019 or anytime later in the lab of Prof I. Mansuy, University/ETH Zürich, Brain Research Institute, Irchel Campus, Zürich, Switzerland. Applications including a detailed cv, letter of motivation and scientific track record should be sent to Isabelle Mansuy: email@example.com.
Master in Neuroepigenetics, UZH/ETH, Zürich
The lab of I. Mansuy at the Brain Research Institute of the University Zürich (http://www.hifo.uzh.ch/research/neuroepigenetics.html) and the Institute for Neuroscience at ETH Zürich, is looking for a Master student to work on a project at the interface between neuroscience and epigenetics. The project investigates the epigenetic mechanisms involved in the expression and the inheritance of traits or symptoms resulting from life experiences. It focuses on factors and mechanisms that modify the activity of the genome in relation to behavior and metabolism across generations in mice. The main goals are to identify the factors that link traumatic experiences in early life to epigenetic alterations in the brain and germ cells, and examine how they can be corrected and causally linked to the reversal of symptoms and health improvement.
The project is embedded in a research program on epigenetic inheritance conducted by the lab. It is based on a pluridisciplinary approach that uses a mouse model of trauma in combination with molecular and cell biology techniques, -omics approaches including transcriptomics, methylomics, metabolomics, etc, behavioral testing, and bioinformatics. Clinical analyses in trauma patients are also conducted.
Applications should be sent to Isabelle Mansuy: firstname.lastname@example.org. Tel: +41 44 635 3360. The project is envisioned to be followed by a PhD.