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A leading research institution in London seeks a Postdoctoral Research Scientist to investigate molecular processes in epigenetics. The role involves leading a research team, analyzing data, and supervising students. Ideal candidates will hold a PhD in biological sciences and possess expertise in epigenetics and cell culture. This full-time position offers a competitive salary and opportunities for career development.
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Medical Research Council
London, United Kingdom
Other
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Yes
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0fc72c0d5026
22
12.08.2025
26.09.2025
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View Vacancy -- MRC Postdoctoral Research Scientist LMS 2650
View Vacancy -- MRC Postdoctoral Research Scientist LMS 2650
Open Date 27/06/2025, 10:00 /*generated inline style */ Close Date /*generated inline style */ 22/07/2025, 23:55 /*generated inline style */ Research Institute MRC Laboratory of Medical Sciences /*generated inline style */ Research Institute / Unit Informationwhere scientists and clinicians collaborate to advance the understanding of biology and its application to medicine. Funded by theMRCas part ofUK Research and Innovation, the LMS has a collaborative working culture and new state-of-the-art building based in the heart of West London in the Hammersmith Hospital Campus (W12).
The LMS aims to deliver transdisciplinary team science, in synergistic interaction with Imperial College and the wider national research environment. Part of achieving this, is to recruit new talent and support postdoctoral scientists to become world leaders in their area of science.
/*generated inline style */ UK Research and Innovation is a new entity that brings together nine partners to create an independent organisation with a strong voice for research and innovation, more information can be found atOverall Purpose
Research Programme
The Reprogramming and Chromatin group led by Prof Petra Hajkova investigates molecular processes that underlie global erasure of epigenetic information. Asin vitrocellular reprogramming systems are notoriously inefficient and heterogeneous in outcome, we focus on the epigenetic reprogramming events that occur naturallyin vivoduring mouse development (in the mouse zygote and in the developing mouse germ cells) (). We have a particular interest in deciphering the mechanisms underlying the waves of global DNA demethylation (Amouroux et al, 2016, Hill et al, Nature 2018; Huang et al, Nature 2021) and the changes in chromatin structure that accompanies this process.
Purpose of Post
The focus of this project is to implement and optimise new epigenome mapping approaches developed by our collaborators at New England Biolabs (team lead by Dr Sriharsa Pradhan) for use on gametes, early mouse embryos and minute biological samples. The post holder will be expected to be technically skilled and to lead the interactions between the two collaborative teams. In addition, the ideal candidate will be expected to be involved in the supervision of PhD and MSc/MRes students in the laboratory.
This project is funded through the MRC Business Engagement fund (BEF) to promote interaction with Industry.
Main duties / key responsibilities:
Working relationships:
The post-holder will report directly to the head of the group, Professor Petra Hajkova.
Additional information:
This post is an MRC Postdoctoral Scientist to support post-doctoral training and help establish successful research scientists in their chosen field. During the fellowship tenure we are committed to provide mentorship for career development and improvement of communication skills.
/*generated inline style */ Person SpecificationEducation / Qualifications / Training required (will be assessed from the application):
Essential:
PhD degree (or the equivalent experience) in a biological or related discipline
Desirable:
UK Home Office personal licence (PIL) for work with rodents
Previous work experience required (will be assessed from the application and at the interview):
Essential:
Proven experience in the field of epigenetics and chromatin
Solid background in molecular biology
Technical prowess and desire to develop and optimise new NGS approaches
Extensive experience with cell lines and mouse primary cell culture techniques
Experience with culture of mouse pluripotent stem cells
Knowledge of relevant biochemical and molecular biology research methods and statistical procedures
Good written communication skills in English
Desirable:
Experience with derivation of mouse embryonic stem cells
Experience with isolation, manipulation and culture of mouse oocytes and early mouse preimplantation embryos
Personal Skills / Behaviours / Qualities (will be assessed at the interview):
Essential:
Evidence of organisational ability
Good verbal communication skills in English and the ability to work effectively with researchers ranging from postgraduate students to professorial level
Ability to work both independently and as part of a team
IT literate and familiar with basic methods for sequence and image analysis
Desirable:
A highly committed individual with proactive and flexible attitude to work
The ability and willingness to learn new concepts and technologies rapidly
The ability to work under pressure in the competitive field