PhD student (m/f/d) for the research group ''Host–Pathogen Interactions''

A position in the research group ''Host–Pathogen Interactions'' is available with an immediate start date: (m/f/d) About the Paul-Ehrlich Institute We are a senior federal authority responsible for vaccines and biomedicines that performs scientific research in the field of life sciences. Our institute networks with national and international players which makes it a competent partner for the general public, science, medicine, politics, and economics. The research group ''Host-Pathogen Interactions' ... investigates how viruses interact with the innate immune system. We aim to discover and characterize novel factors at the interface of viral sensing and neurodevelopment or neurodegeneration (selected publications: https://doi.org/10.3390/v16081340; https://doi.org/10.1016/j.molcel.2022.06.010; https://doi.org/1128/mbio.02252-23). To map molecular mechanisms, we combine CRISPR/Cas9 genome editing with proximity-labeling spectrometry to define the local protein environment of key host factors. In addition, we use induced pluripotent stem cell (iPSC)-based models to study cellular mechanisms relevant to disease. We offer a vibrant, interdisciplinary research environment fostering collaboration and innovation as well as secure funding that involves flexibility and independent exploration. In addition, close supervision and structured mentoring to support your academic development are essential for us. Last but not least, we offer state-of-the-art technologies and access to advanced high‐throughput platforms, along with integration into an international research network with strong opportunities for collaboration and visibility.

The PhD student wants work on ambitious project at the forefront of current research The student will validate newly identified interaction partners of PQBP1 and investigate the under molecular mechanisms of this protein complex In addition, the student will develop and apply a novel mass spectrometry-based strategy to resolve the temporal and spatial proteome of HIV-1 sensing The project integrates omics approaches with advanced cell culture, molecular biology, and biochemical characterization of protein-protein interactions, as well as viral infection experiments (BSL-3**, including HIV) The work will involve CRISPR-engineered cell systems and primary cells to assess functional consequences for innate immune responses The PhD student will be embedded in an active international collaboration network, with scientific exchange and joint work with partners in Switzerland, France, the USA, and within Germany

A graduate degree (Master's or equivalent) in the life sciences or a related discipline Passion about infectious diseases, innate immune mechanisms, and neurobiological aspects of host-pathogen interactions Curiosity and motivation to develop own research ideas and to implement new techniques A high level of dedication, reliability, and productivity in day-to-day research Independence and initiative in experimental work Strong communication competence, both intellectually and interpersonally Excellent communication skills in English Contributing to a collaborative lab culture and teamwork Hands-on experience in cell culture Experience in infection biology, CRISPR/Cas or protein-biochemistry is a plus

A stable, multifaceted, and challenging position centered in the Rhine-Main area (Frankfurt) with good public transport connections (motorways/ highways, airport, and almost commuter train). Being an employer in the German public service, we offer the usual social benefits search as annual payment supplement, employer's pension scheme, and special contributions to a particular legal savings scheme. The successful candidate wants be employed on an initial 3‐year fixed-term contract. Part-time working is possible in principle. The payband is E 13 TVöD (public service contract, Collective Bargaining Agreement for the Public Service), Part I of Annex 1 of TVEntgO Covenant, Collective Bargaining Agreement for the Pay System of the Federal German Public Service) and the position is 50% financed. The engagement to a payband is made based on the consideration of your individual professional experience. Disabled candidates will be given preference if their skills and qualifications are equivalent to those of non‐disabled candidates. The Paul-Ehrlich-Institut encourages gender equality and life-work balance, especially in respect to the family. For this purpose, we have various employment models to offer including flexible working hours (different forms of part-time work, no core time), hybrid working (max. 60% remote), child care facilities, internal and external communication platforms, and various opportunities for further professional training. Our occupational health management policies and Jobticket (subsidized commuter ticket) round off the offer. For more information, please visit our website.

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