We seek a highly motivated postdoctoral researcher to join our dynamic group investigating mitochondrial genetics and function (http://themalab.co.uk). The candidate will mainly use genetic and biochemical approaches to study mitochondrial DNA repair in Drosophila and mammalian cells. You must be ambitious and able to work independently. Applicants should have a PhD (or one close to completion) in biochemistry or molecular biology with a basic knowledge of mitochondrial biology. Previous experience in cell culture, imaging and CRISPR screening in mammalian cells is a strong advantage. Experience with bioinformatics analysis and Drosophila work would be desirable but not necessary.

Extracellular vesicles (EVs) are organelles resembling viruses (often refer to as ‘exosomes’). EVs mediate cell-tocell communication and are also appreciated for their potential diagnostic and therapeutic applications. Yet, molecular mechanisms supporting EV activities are poorly understood precluding their rational use. The project aims to better understand EV signaling mechanisms and how EV-based therapies should be designed to increase EV-activity and specificity. The project is suitable for life science students with interests in molecular and cellular biology – biochemistry and/or biophysics. The candidate should be highly motivated to learn and apply complementary technological approaches related to EV-analysis and to develop a strong analytical and critical mind. The position is initially funded for 1 year (~2600 €/m) and intended to support the applicant to obtain his/her own fellowship. If the candidate shows high scientific potential up to 3-4 years extra funding is foreseen. Candidates should send their CV and contact information for up to three references to: Prof. Pascale ZIMMERMANN Subject: PhD-EV-signaling More information about the work of the laboratory: Web of Science Researcher ID P-4190-2017 ORCID 0000-0001- 8768-1790 gbiomed.kuleuven.be/english/cme/research/research www.crcm-marseille.fr/en/teams/research-teams/pascale-zimmermann

At the basis of gene regulation are gene-specific transcription factors (TFs). Previous work from our and other labs (Pomp, Mol Cell, 2024) have shown that many transcription factors bind to DNA cooperatively, but how this cooperativity is established is largely unclear. In the first project (Tineke Lenstra group, NKI), we aim to uncover how transcription factor binding dynamics and cooperativity are regulated by nucleosomes, self-interactions, and DNA shape, and how these mechanisms regulate single-cell transcription dynamics. In the second project (John van Noort group, Leiden University), we will design and build custom chromatin fibers to resolve how these are folded into higher-order structures and how chromatin structure affects transcription factor binding. We will setup a novel single-molecule imaging system to measure and perturb the DNA binding kinetics of transcription factors ex vivo and develop a novel assay to map the position of nucleosomes along single chromatin fibers.

Two postdoctoral positions are available in the Alimonti lab to be part of an ongoing effort to elucidate the role of gut and intratumoral microbiota in cancer. The successful candidates will use and implement an innovative proprietary microfluidic platform to identify bacterial products with anti-cancer properties, apply different approaches (10X genomics single cell, metagenomics, proteomics, metabolomics, drug screenings) and generate novel mouse models to understand how bacteria and fungi control prostate tumor development. We offer a vibrant environment of scientists. We look for highly motivated candidates with outstanding basic and cancer biology and proven microbiology expertise. Experience with in vivo cancer models is mandatory, bioinformatics knowledge is a plus. We require at least one first-author original research publication in a high IF journal, the ability to work independently, interact with colleagues with different backgrounds, and establish relevant collaborations.

We are looking for a technician with experience in mouse colony management, including genotyping, and routine wet-lab experiments (e.g. immunofluorescence assays). The technician will join a nice research environment and will help the on going projects in the lab.

MSc in Biology, Biochemistry or Physics with a keen interest in Cryo-EM and Cryo-ET and cell wall remodeling and mechanics. Previous experience in Cryo-EM or microscopy is required. Proven skills in image analysis is a plus. Excellent command of English (both written and oral). We are seeking a creative, self-motivated team-player that will integrate with the other plant biologists, biochemists and structural biologist in the group. The project will aim to study native cell wall structures and protein-polymer complexes using cryo-ET. We offer an international and interdisciplinary academic working environment with possibilities of continuous training in different Cryo-ET, Cryo-EM and biochemistry techniques. For more information about the Plant Signaling Mechanisms Lab and the DCI.

We are looking for creative scientists to establish their own independent research programs that could strengthen existing research areas at the institute. We are particularly interested in (but not limited to) candidates working in the field of stem cell, organogenesis and regenerative biology/medicine using traditional or non-traditional animal models.