Fixed-term

Postdoctoral Researcher in Ecotoxicology

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DescriptionThe University of Bordeaux is a large, dynamic, and responsible university that prioritizes the well-being of its staff. Joining us means working in a privileged environment within a particularly diverse and open professional community, benefiting from onboarding and inclusion programs, training opportunities, and internal mobility. It means participating in an academic, scientific, and human adventure. It means committing to meeting the challenges of the 21st century. Join the Oceanic and Continental Environments and Paleoenvironments (EPOC) laboratory at the University of Bordeaux! This laboratory is a Joint Research Unit under the joint supervision of the University of Bordeaux, the CNRS (French National Centre for Scientific Research), Bordeaux INP (Bordeaux Institute of Technology), and the École Pratique des Hautes Études (EPHE). EPOC is a multidisciplinary research unit developing strong and recognized expertise in ecotoxicology, ecology, biogeochemistry, environmental chemistry, sedimentology, paleoclimatology, coastal oceanography, and marine geosciences. Within the framework of the ANSES EST 2025 RAS project, we are recruiting a Postdoctoral Researcher (M/F) whose work will focus on studying the efficacy, degradation, and toxicity of new biocide-free antifouling coatings for boats. This project aims to characterize and compare the efficacy, degradation, and environmental risks of several new biocide-free antifouling coatings for boats using a multidisciplinary, integrative, and innovative approach. Its objectives are, firstly, to address the lack of scientific data on the efficacy, durability, and ecotoxicity of these new materials; secondly, to develop and validate new approaches and tools for assessing the efficacy and risks of these products; and finally, to inform public policy regarding the selection of new, more sustainable boat coatings. Your mission will aim to study: 1. the antifouling properties 2. the resistance to photochemical degradation and friction 3. the ecotoxicity of 3 to 4 biocide-free antifouling materials using a multidisciplinary and holistic experimental and analytical approach. # Study of the antifouling efficacy of three new coatings : You will study the anti-adhesive efficacy against model bacteria under static and/or dynamic conditions, as well as against diatoms under static and/or dynamic conditions . You will conduct a study of the anti-microfouling efficacy under natural conditions. # Study of the kinetics and degradation state of the coatings under the action of UV light or an abrasion protocol : You will perform irradiation in a UV chamber and abrasion with microbeads. • You analyze surfaces using light and scanning electron microscopy . • You analyze the state of degradation (oxidation, etc.) using infrared and Raman spectroscopy. # Ecotoxicity study of coating leaching products . • You prepare seawater leachates. • You analyze their toxicity on 3 or 4 model marine species: bacteria, microalgae, microcrustaceans, and fish larvae. • You perform chemical characterization of the particles present in the leachates using Raman microspectroscopy. # Analysis and dissemination of results. • You produce a statistical analysis of the results . • You contribute to the writing of scientific articles . • You present the results at scientific and public conferences. ProfileHolding a PhD in environmental sciences, specifically in ecotoxicology, microbiology, and analytical chemistry, you ideally have experience in biofilm analysis on plastic materials. You are autonomous and organized in your work . You demonstrate scientific rigor. You are proficient in ecotoxicological, microbiological, and analytical chemistry techniques. You are skilled in statistical analysis . You enjoy working in a multidisciplinary team . You are fluent in spoken and written scientific English in a multicultural work environment (level B2/C1). Does this sound like you? Apply now! Further information: Important: the analysis of antifouling properties will be conducted at the LBCM in Lorient, and the study of degradation and toxicity will be carried out at the EPOC laboratory in partnership with the CBMN laboratory in Bordeaux. Your mission will take place in two phases: – First, at LBCM at the University of Southern Brittany in Lorient until the end of November 2026 – Then at the EPOC laboratory at the University of Bordeaux from December 2026 until the end of the project, in Pessac – accessible by tram B (Doyen Brus stop), bus, and bicycle. 14-month fixed-term contract . Gross monthly salary: between €2,750 and €3,000 depending on the salary scale and profile. Benefits: 50 days of annual leave from the first year; 75% reimbursement of Gironde public transport pass; €15/month contribution to health insurance ; subsidized meals; leisure, sports, and cultural activities for all staff; sustainable mobility allowance for commuting; induction and training. Additional informationRecruitment process: After the job posting period, we will contact shortlisted candidates to schedule an interview with the hiring manager(s) and the recruiter. To be complete, your application must include your CV, a cover letter (maximum 2 pages), a list of your publications, letters of recommendation, and contact information for your previous supervisors. Tip: We will read your cover letter, as it provides additional information to complement your CV!

PhD student – Machine learning-based tools for multiparametric enzyme optimisation

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Bursar of the Faculty of Science, Masaryk University announces an open competition for the position Ph.D. student – Machine learning-based tools for multiparametric enzyme optimisation Workplace: RECETOX, Faculty of Science, Masaryk University in Brno, Czech Republic Type of Contract: temporary position with 3-year contract (with possible extension), non-academic position Working Hours: 1,0 FTE (full-time employment of 40 hours per week) Expected Start Date: negotiable with respect to immigration timelines for non EU candidates Number of Open Positions: 1 Pay: CZK 108 000 CZK – 120 000 CZK  depending on the eligibility for family allowance, and includes all compulsory deductions such as social security contribution, health insurance and income tax Application Deadline: 31.03.2026 EU Researcher Profile: R1 About the Workplace Masaryk University is modern, dynamic and the most attractive university in the Czech Republic with ten faculties, more than 7 000 staff and 33 000 students, a wide range of research areas and a strong international position. We are the largest academic employer in the South Moravian Region. Faculty of Science MU, a holder of the HR Excellence in Research Award by the European Commission, is a research-oriented faculty, offering university education (Bachelor’s, Master’s, and Doctoral degree programs) closely linked to both primary and applied research and high school teaching of the following sciences: Mathematics, Physics, Chemistry, Biology, and Earth sciences. We are the most productive scientific unit of the Masaryk University generating around 40 % of MU research results. RECETOX  focuses on interdisciplinary research and education in the area of Environment & Health, studying toxic compounds and their behavior, transport & bioaccumulation to evaluate environmental effects, assess the exposure and health risks to humans, and develop technologies and biotechnologies to break them down. http://www.recetox.muni.cz/en/career/career-at-recetox The PhD student will be employed in Loschmidt Laboratories, one of the leading protein engineering groups in Europe and part of the RECETOX centre at the Faculty of Science of Masaryk University. The group focuses on studying the fundamental principles of enzymatic catalysis and developing proteins for environmental, chemical, and biomedical applications. Loschmidt Laboratories are currently working on a number of topics leading to new computational tools, biomaterials, and biopharmaceuticals. Roles and responsibilities The PhD will be carried out in 4 years at Masaryk University under the supervision of Dr. Stanislav Mazurenko. Within this time, two research stays (2 x 3 months) are expected, at DTU (C. Acevedo) and in Provolut (J. Ivanovska). The Horizon Europe Marie Skłodowska-Curie Action (MSCA) Doctoral Network (DN) project is scheduled to start in January 2026. The date of recruitment and the start of the PhD project are planned for June 2026 and by December 2026 at the latest. Your PhD degree will be awarded based on the successful completion of the research work and fulfilling all the PhD study requirements at Masaryk University. You will also be required to participate in the training events organized by the DN, and you are expected to contribute to the dissemination of your PhD results via social media and public engagement. The PhD project will focus on: Development of next-generation data-driven models for protein engineering and optimisation; Validation of the developed models on the new data coming from the DN project; Integration of those models into reliable, user-friendly, state-of-the-art tools for protein engineering pipelines. Main supervisor: Stanislav Mazurenko, Masaryk University, Brno, Czech Republic Co-supervisor 1: Carlos Acevedo, DTU, Denmark Co-supervisor 2: Jelena Ivanovska, Provolut (previously Exazyme), Berlin, Germany Qualifications: MSc degree in Computational Biology, Machine Learning, Bioinformatics, Biotechnology or related discipline Experience with computational tools for protein engineering or machine learning Demonstrated ability in biological data analysis Excellent English proficiency Excellent communication skills for working within an interdisciplinary research team Strong analytical skills and ability to work independently Preferred qualifications, but not mandatory: Proficiency in Python or another programming language Familiarity with protein modelling and analysis tools like AlphaFold, Boltz, PyMOL, Chimera, etc. Experience developing machine learning models Interest in advanced computational methods for understanding and improving protein function Conditions of employment You must hold a two-year master’s degree (120 ECTS points) or a similar degree with an academic level equivalent to that of a two-year master’s degree. Eligibility Requirements: Doctoral Candidates (DCs) May not hold a doctoral degree at the date of recruitment May hold any nationality May not hold residence or have any main activity (such as work or studies) in the recruiting beneficiary’s country for more than 12 months in the last 3 years Should meet the requirements to be enrolled in a doctoral programme Approval and Enrolment The scholarship for the PhD degree is subject to academic approval, and the candidate will be enrolled in one of the general degree programmes at Masaryk University. For information about our enrolment requirements and the general planning of the PhD study programme, please see Doctoral degree study programme | Faculty of Science MU. We offer An interesting job in a dynamically expanding university area Flexible working hours and occasional home office to support personal needs in family and career compatibility Employee benefits such as 6 weeks of paid vacation per year, pension insurance contribution or nursery/children´s group allowance, a financial meal allowance, Multisport card, vaccinations free of charge, discounted language courses, exclusive mobile tariff offer by Vodafone, childcare groups at Campus and Komenského náměstí Opportunity to work and live in a modern and dynamic city (for more information on costs of living, you can refer to Numbeo) Salary and appointment terms The preferred starting date is 1st April 2026 or, according to mutual agreement. The position is full-time. The period of employment on the ELEGANCE project is 3 years, with possible extension supported by RECETOX. Doctoral candidates are offered an employment contract, including social security coverage and health insurance, with a competitive remuneration based on the MSCA allowances in line with the MSCA WP 2023-2025. The monthly salary in CZK corresponds to 4,484.52 – 5,144.52 EUR depending on the eligibility for family allowance, and includes all compulsory deductions such as social security contribution, health insurance and income tax. You can read more about career paths at Faculty of Science of Masaryk University here. Funding Covers: a living allowance (salary) a mobility allowance (for relocation, etc.) a family allowance, long-term leave allowance (if applicable) research, training, and networking events secondments Further information Further information may be obtained from Stanislav Mazurenko: mazurenko@mail.muni.cz Website about MSCA Doctoral Network ELEGANCE: https://elegance.dtu.dk/

Researcher (Ph.D. position): Cytokinin trafficking & signalling in plants

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Project description: How do plants decide when to grow, pause, or reprogram their metabolism under stress? In our lab, we explore the “decision-making language” of plants – with a focus on cytokinins, their signalling networks, transport routes, and the downstream developmental and stress responses they control. Importantly, cytokinin signalling is not confined to plants. Cytokinins appear to be part of a broader, cross-kingdom chemical vocabulary, as several microbes can also produce these growth regulators. Among this project’s aims is to better characterize cytokinin root transporters that may contribute to the communication between microbes and plants. Key approaches may include: Genetic and molecular dissection of hormone transport/signalling modules Reporter lines and quantitative imaging, including confocal microscopy Transcriptomics and proteomics with integrative data interpretation/model building Targeted hormone-related + tracer-based approaches Tasks and responsibilities You will: Design and conduct experiments in Arabidopsis and barley Perform molecular cloning and genome engineering (CRISPR/Cas), qPCR, and work with reporter lines Carry out phenotyping, imaging, and hormone-related assays/tracing Contribute to transcriptomic/proteomic experiments and integrative analysis Present results, write manuscripts, and build a clear biological model Requirements Candidate profile (required): Master’s degree (or equivalent) in plant biology, molecular biology, biochemistry, biotechnology or related fields Solid practical skills in molecular biology and/or plant experimental work Good written and spoken English Motivation for a Ph.D. and ability to work both independently and collaboratively Desirable (nice to have): Experience with confocal microscopy, plant transformation, or reporter-based imaging Basic data analysis skills (R/Python), statistics, or omics/bioinformatics Prior experience with hormone biology/plant signalling/transport What we offer Fully funded Ph.D. project supported by a GA ČR grant (basic research funding) A project that can be shaped to your strengths, with supportive supervision and international collaborations Access to modern infrastructure at the Faculty of Science and the broader LGR environment A stimulating research setting in the historic university city of Olomouc Employment / Ph.D. enrolment Type: full-time Ph.D. student position (typically up to 4-5 years; according to UP doctoral programme rules) Documents requested CV in English Cover letter Contact details of two referees Summary of MSc thesis/research experience (optional but encouraged) Copy of degree certificate and transcript of records (if available at the time of application) Insert the required documents in electronic form into the application form Contact person Plíhal Ondřej, RNDr., Ph.D., ondrej.plihal@upol.cz, +420585634373

Postdoctoral researcher in plant molecular biology

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Postdoctoral Researcher in Plant Molecular Biology Position Identification Research Project or Operation As sessile organisms, plants are directly exposed to their environment. Adaptation to this environment often involves a finely regulated transcriptional response that can be triggered by changes in chromatin architecture and/or the epigenetic landscape. We are interested in specific changes to the epigenome in response to the environment, as well as the chromatic factors that trigger epigenomic responses. This project has two components: we will develop new molecular tools to better understand chromatin composition, focusing on single-locus chromatin profiling. In parallel, we will investigate how the epigenomic landscape varies throughout the year and whether these changes can provide clues about how plants adapt to their environment. For this research project, we will use a wide range of tools from genomics, molecular biology, and bioinformatics. The project is structured around two main axes. The first axis focuses on the development of a new reverse-ChIP technology aimed at identifying proteins that bind to specific genomic regions. The second axis will involve conducting epigenomic profiling experiments, including DNA methylation profiling, small RNA sequencing (sRNA-sequencing), and Hi-C experiments, using plant tissues collected over several seasons. Given the volume of data collected, a second component of this project will consist of training the recruited individual in bioinformatics tools and their implementation. We are offering a 12-month fixed-term postdoctoral position (M/F) within the “Nuclear Defense and 3D Genome Folding” team, led by Stefan Grob at the Institute of Plant Molecular Biology (IBMP) in Strasbourg. IBMP hosts leading research teams, has a wide range of cutting-edge technological platforms to support this project, and offers a friendly and stimulating work environment. Within our teams, we strive to create an inclusive and motivating work atmosphere where initiative, intellectual contribution, and technical expertise are highly valued. Hierarchical relationship: Supervision of interns is possible. Specific working conditions (see attached appendix): The position may involve occasional travel for scientific conferences or collaborations. Standard laboratory-related risks are present, including handling chemicals and biological agents, working in temperature-controlled environments, and prolonged periods of computer work. ProfileWe are looking for a highly motivated, curious, and collaborative individual with a strong background in functional genomics. The ideal candidate will have in-depth knowledge of molecular biology and a good understanding of plant chromatin biology/epigenetics. Knowledge of genetics would be an asset. Excellent written and spoken English is essential. Operational skills/know-how: Knowledge of classical molecular biology techniques, such as PCR, RT-qPCR, and cloning, and biochemical techniques such as Western blotting and immunoprecipitation. Expertise in CRISPR approaches would be an advantage. Prior experience in bioinformatics data analysis and coding would be a plus. Personal qualities: Willingness to fully commit to a project. Critical thinking and the motivation to carry out demanding practical experimental work are expected. Additional informationTo apply, please send your CV, cover letter and diploma(s) to the attention of: Stefan Grob (stefan.grob@cnrs.fr)

JUNIOR PI PEPR Cell-ID – UMR3664

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Institut Curie, France’s leading cancer center, comprises a state-of-the-art hospital specialized in cancer treatment and an internationally renowned multidisciplinary research center combining research in cell biology, genetics, epigenetics, immunology, soft matter physics, organic chemistry, and medicinal chemistry. It brings together more than 3,800 researchers, doctors, clinicians, technicians, and administrative staff across three sites: Paris, Orsay, and Saint-Cloud. The institute’s facilities include an advanced imaging platform with a wide variety of high-end microscopes, from confocal to super-resolution imaging, imaging of living cells and small animals. Other facilities include single-cell technologies, small molecule and CRISPR screening, high-throughput sequencing, bioinformatics, proteomics and mass spectrometry, antibody technologies and protein purification, nano-SIMS, cytometry, and animal housing. In addition, the proximity to the hospital allows to access to large clinical databases and sample collections and an exceptional environment for pediatric oncology research. The PEPR Cell-ID (Programmes et Équipements Prioritaires de Recherche Identités et Destins Cellulaires) is recruiting a junior team leader to develop innovative computational approaches for studying cellular destiny and nuclear organization. The team will be part of UMR3664 “Nuclear Dynamics” led by Dr. Angela Taddei at Institut Curie (75005). The PEPR Cell-ID, under the scientific direction of Dr. Geneviève Almouzni, is funded by France 2030 and co-led by the CNRS and Inserm. Its objective is to deploy experimental technologies and cutting-edge analysis methods for cell-based interception medicine, particularly in the context of pediatric brain cancers. Comprising 31 research teams in France, including 11 at the Institut Curie, it has a budget of €50 millions over seven years. UMR3664, located within the Institut Curie research center in Paris’s 5th arrondissement, is composed of seven teams studying the links between genetic and epigenetic information during development and during the establishment of the diversity of cellular destinies and identities that compose an entire organism. This unit maintains close interactions with units such as the U1330 “Mechanisms of Oncogenesis in Pediatric Tumors” led by Dr. Olivier Ayrault, U1331 “Computational Oncology” led by Dr. Emmanuel Barillot, UMR3215/U934 “Genetics and Developmental Biology” led by Dr. Yohanns Bellaiche, UMR144 “Cell Biology and Cancer” led by Dr. Franck Perez, UMR168 “Cell Physics and Cancer” led by Dr. Pascal Hersen, and the MIT with Dr. Leonid Mirny. The competitive funding provided by the PEPR Cell-ID program and its network will enable the successful candidate to develop, within the collaborative context of the PEPR, innovative approaches to data analysis, integration, visualization, and modelling using new technologies at the individual cell level in order to better characterize the regulation of cell fate during development in physiological or pathological contexts. Candidates will be selected based on the quality of their scientific record and how their future research project will be integrated within the Cell-ID and UMR3664 research scope. Their involvement in training, awareness-raising, or outreach activities will be considered an asset. The team leader recruited will benefit from the expertise of the PEPR and Institut Curie teams through an exceptional research environment at the local and national level and state-of-the-art equipments available in the unit, within the Institute’s and PEPR’s technology platforms. At the outset, office space for six peoples and financial support will be allocated. The successful candidate will meet the eligibility criteria to apply for French institutional research positions (CNRS, INSERM, or University) and national and international funding. ProfilEducation: Ph.D. in biology, physics, or a related quantitative discipline, with significant experience in computational biology or quantitative modelling of biological systems · Skills acquired during education or previous experiences: Successful postdoctoral experience(s) with publications in peer-reviewed journals in the field. · Language skills: English Required skills · Autonomy, managerial and organizational skills, ability to work collaboratively · Writing and communication skills · Awareness of societal, equity, inclusion, and diversity issues Apply Now

Postdoctoral Researcher / Research Engineer in Biomineralization (M/F)

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La Rochelle University is recruiting a postdoctoral researcher or research engineer on a 24-month fixed-term contract within the LIENSs Laboratory. The candidate will contribute to the study of individual bacterial mechanisms involved in MICP (Microbial Intake Process) and the characterization of biomineralization products. They will participate in the selection, isolation, and characterization of biocalcifying bacterial strains from natural environments (soils, cements, rocks) and existing collections. The growth, survival, and biomineralization capacities of these microorganisms will be studied under conditions representative of application environments, including variations in pH and viscosity, as well as modified atmospheres. Particular attention will be paid to the interactions between bacteria and biopolymers, both in terms of biological compatibility and their impact on the kinetics, localization, and morphology of carbonate precipitation. The postdoctoral researcher will also investigate the capacity of the developed MICP systems to consolidate granular substrates (sands and fine soils) in suitable experimental setups. They will implement thermogravimetric analysis (TGA), total and inorganic carbon measurements, as well as scanning electron microscopy (SEM), X-ray diffraction (XRD), and Raman microspectroscopy techniques to characterize the nature of the formed mineral phases, their morphology, and the interactions at the bacteria-biopolymer-substrate interfaces. Depending on the results, they may also contribute to advanced characterization campaigns in collaboration with project partners. The postdoctoral researcher will also participate in the analysis and dissemination of results, the writing of international scientific publications, and the presentation of findings at conferences. An involvement in the operational management of the ANR OPTIMIC project at La Rochelle University will be highly valued, particularly for coordinating local scientific activities and monitoring deliverables. As the position is part of a strong collaborative dynamic, the postdoctoral researcher will maintain regular contact with the numerical modeling teams to contribute to and interpret the project’s multi-scale simulations. ProfileThe position is open to a candidate with a PhD in microbiology, biogeosciences, biogeochemistry, chemistry, or materials science. Key qualifications include: strong skills in microbiology and/or biomineralization, as well as proven experience in bacterial culture and laboratory experimentation. Knowledge of MICP processes or microorganism/mineral interactions would be an asset. Experience in materials or biomaterial characterization is desirable. An interest in biopolymers, porous media, and environmental or geotechnical applications is essential. Scientific rigor, a proven ability to work independently, and the capacity to effectively manage scientific and industrial projects in an interdisciplinary environment are expected. Excellent communication skills, with the ability to actively contribute scientific expertise and ideas, are also required. Additional informationFor information on the recruitment procedure, please contact Marie de Chalendar, HR Officer for Research, LUDI Institute – marie.de_chalendar@univ-lr.fr

Benthic Invertebrate Field Biologist – Abalone

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About the opportunity The Institute for Marine and Antarctic Studies is looking for a Benthic Invertebrate Field Biologist to join their Dive Fisheries Team. The Benthic Invertebrate Field Biologist (Abalone) will play a central role in delivering high-quality, objective, and trusted science to support the sustainable management of Tasmania’s abalone fishery. Working closely with, and complementing, the Abalone Stock Assessment Scientist, this role leads the field, ecological, and experimental research required to generate robust biological evidence for assessment and management. As our new Field Biologist, you will lead scientific diving programs, remote sampling, biological monitoring, and experimental studies focused on abalone populations, habitats, and environmental drivers of productivity. This role is part of the Sustainable Marine Research Collaboration Agreement (SMRCA) between the University of Tasmania and the Tasmanian Government. It will be offered at Academic Level B or C depending on candidate experience. What you’ll do: Lead field research programs focused on abalone. Design, implement, and analyse ecological and experimental studies. Produce peer-reviewed publications, technical reports, ecological summaries, and briefing materials for Government and industry stakeholders. Secure competitive external funding. Lead constructive engagement with Government, industry, and community stakeholders. Provide scientific and operational leadership for HDR students, technical staff, field teams, and early-career researchers. What we’re looking for: A PhD in marine science, ecology, fisheries science, or a closely related discipline. Demonstrated capability in abalone survey methods, habitat assessments, biological sampling, tagging studies, and in situ measurement techniques. Strong quantitative skills, including ecological modelling, spatial analysis, and interpretation of biological datasets. Demonstrated leadership of abalone field programs. Existing experience or the capability to supervise HDR students, technical staff, and early-career researchers. Experience in scientific publication in relevant scientific journals. Please refer to the Position Description for a list of required diving qualifications. Salary details Appointment to this role will be at Academic Level B or C and will have a total remuneration package of up to $184,076 comprising base salary within the range of $114,766 to $157,330 plus 17% superannuation. How to Apply To apply online, please provide your CV and 1-2-page cover letter outlining your interest in the role, skills, capabilities and experience.  You do not need to separately address the Roles Specific Skills, Knowledge and Experience For further information about this position, please contact John Keane, Senior Research Fellow – Wild Fisheries, on John.Keane@utas.edu.au or 0362268264. Please visit https://www.utas.edu.au/jobs/applying for our guide to applying and details on the recruitment process. For current UTAS staff, in submitting your application, you acknowledge you have/intend to discuss your interest in this vacancy with your current manager and understand they may need to be contacted confidentially by the hiring manager as part of the assessment of your application. Please refer to the attached Position Description Below for full details. Position Description – 501926 – Benthic Invertebrate Field Biologist – Level B.pdf Position Description – 501926 – Benthic Invertebrate Field Biologist – Level C.pdf Applications close Sunday, 29 March 2026, 11.55pm

Research Fellow position in in Chemical Biology under the direction and in collaboration with the Metcalf Chair in Chemical Biology.

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About the opportunity Conduct high‑impact research to support an externally funded, world‑class research program. Contribute to research training and teaching, with a strong focus on developing student skills, experience, and graduate employability across undergraduate, postgraduate, and doctoral programs. Support the School and University through service and engagement, including internal roles and external collaboration with community, professional, commercial, and industry partners. About you PhD in chemistry or molecular biosciences or a field relevant to the discipline, or approved AQF equivalency with relevant industry experience. A demonstrable track record in excellence in research evidenced by peer-reviewed journal articles published in high quality journals relative to opportunity. Expertise in the use of sustainable green chemistry approaches, such as mechanochemistry and/or ionic liquids to enhance nucleic acid research. Expertise in and applied knowledge of the advanced analytical methods that are necessary for the generation of high purity materials and unambiguous compounds’ characterization, such as 31P- and 15N-nuclear magnetic resonance, and high resolution mass spectrometry. Expertise in conducting enzyme kinetic assays, stability assays, and protein conjugates formation assays using spectrometry, NMR, and/or MS. Note: Employment checks will include information on gender-based violence, sexual harassment, and related misconduct to meet legal obligations. Position description:  PD – Research Fellow (522721).pdf How to apply Please apply online via the Apply Now button and address the selection criteria in your submission in a separate document. For information to assist you with compiling statements to answer the selection criteria, please visit Addressing the selection criteria. You may submit a statement describing any personal circumstances relevant to your application. This can include academic/professional interruptions or achievements relative to opportunity. Closing date: 11:55 PM AWST on Tuesday, 24 March 2026. This position is open to international applicants.

MSCA PhD Candidate of Cell-cycle regulation of DNA repair

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About this position:  Marie Curie-funded PhD programme starting in September 2026, offering an exciting opportunity for PhD candidate to contribute to collaborative project goals.​ If you are interested in cell cycle regulation of DNA damage response in plants, join us.​ ​We are looking for a motivated PhD candidate to study the dynamic behavior of key DNA repair proteins— e.g. PCNA1, MRE11, and PARP1—in both normal and DNA repair–deficient plants. Using live-cell imaging and high-resolution microscopy, you will uncover how these proteins reorganize in response to genotoxic stress and help safeguard the plant genome during development and replication. This project combines molecular genetics, advanced imaging, and quantitative analysis to answer fundamental questions in plant cell biology and genome stability. You will be part of AGILE, a large international project alongside 14 other PhD. students, all pushing the boundaries of quantitative imaging in plants. The ideal candidate profile:  Must-have:  MSc or equivalent degree (preferably in Life Sciences) Strong interest in cell biology (DNA repair field), microsccopy and processing of large datasets Strong English language skills – both spoken and written Eager to learn innovative approaches in data analysis, including the programming, AI – tools,  machine learning Residence outside the Czech Republic – the candidate MUST NOT have their residence or main activity (work/studies) in the Czech Republic for more than 12 months during the 36 months prior to PhD. Start, according the project requirements Nice-to-have:  Prior experience with microscopy and plant research Experience living or visiting Czech Republic and awarness of its culutre Good communication and interpersonal skills Motivation and a collaborative mindset       What we provide to you:  Competitive PhD. program combining a scientific research project with network-wide training in advanced microscopy and quantitative image analysis​ Full-time contract with an attractive salary, and lively atmosphere of Brno city Flexible working hours Personalized Career Development Plan providing tailored mentorship, doctoral training, and skills development (such as management, communication, transferable skills and networking with biotech companies) Participation in European network of doctoral candidates within AGILE project​ Open access to CEITEC MU core facilities with state-of-the-art equipment and experienced staff Benefits package: 6 weeks of paid holiday, medical insurance, financial contribution to meal and kindergarten/pension scheme and Multisport card, mental health care, sports lessons directly at the campus  Kindergarten Elánek close to the Campus Support in these areas: Welcome Office service before and after arrival  Grant Office support  CEITEC PhD Committee   CEITEC events – workshops, conferences, lectures, training, family gathering etc.  How to apply?  Application deadline: 25.03.2026 Application process: Applications, including a CV, motivation letter, list of publications, and two reference letters should be sent via the e-application 2-step application process will apply:   first round of interviews are held in mid April by the AGILE consortium comitee preselected candidates will then apply to the doctoral programme at Masaryk University by 30th April followed by MUNI selection process in June. Start date: idealy September 2026, in speciffic cases the start date can be negotiated For any questions or issues with the e-application, please contact Martina Dvořáčková (martina.dvorackova@ceitec.muni.cz)  

Postdoctoral Research Fellow in Non-Coding Genome Research group

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About this position: We are seeking a highly motivated Postdoctoral Researcher to join our team! The research project will focus on developing fluorine NMR methodologies to unravel the nucleic acid conformational landscapes. G-quadruplexes (G4) and i-motifs (iM) are paradigmatic non-canonical nucleic acid structures that are abundant in the human genome and overrepresented in evolutionarily conserved and functionally important regions, including the telomeres, centromeres, and promoter regions of (onco)genes. They have been involved in pathobiological processes and the development of genetic instability-driven conditions, rendering them a fascinating subject within structural biology. This project will integrate ¹⁹F NMR and complementary biophysical assays on G-quadruplex- and i-Motif-forming DNA/RNA sequences to investigate their structural equilibrium, dynamics, and ligand binding interactome in vitro and in the intracellular space. The outcome will provide fundamental insights into the dynamic structural interconversion of non-canonical nucleic acid systems, enabling the fine-tuning of gene expression and associated cellular dysfunctions. We are seeking a creative and independent individual with documented research experience relevant to this position. We welcome candidates from diverse backgrounds and are committed to fair hiring practices. The ideal researcher (EU Researcher Profile: R2) profile: Must-have: A PhD degree or equivalent in structural biology, Chemistry, biochemistry, biophysics, or a related field. Expertise in biomolecular NMR and a strong publication record in peer-reviewed journals Experience in the sample preparation, acquisition, processing, and resonance assignment of multidimensional solution NMR spectra for nucleic acid/ protein systems and their complexes with small ligand-like molecules. Familiarity with NMR data acquisition and analysis for characterising dynamics is advantageous. Strong scientific writing and communication skills (publications, reports, presentations) in English. Motivated to establish an independent research direction within the group’s broad interests. Nice-to-have:  Nucleic acid labelling strategies (chemical, enzymatic synthesis, click chemistry basics) Complementary expertise in other biophysical assays to monitor biomolecular interactions/binding affinities (i.e. ITC, MST, BLI, etc.) Good communication and interpersonal skills. What we provide to you: The position offers an exceptional opportunity to develop cutting-edge skills in integrative structural biology and to emerge in a highly translational research environment. Open access to CEITEC MU core facilities (https://www.ceitec.eu/core-facilities/) with state-of-the-art equipment and experienced staff members. Our group has regular access to high-field NMR spectrometers (600, 700, 850, and 950 MHz) and complementary equipment for biophysical, functional, and structural studies. Full-time contract with an attractive salary. Flexible working hours and occasional home office to support personal needs in family and career compatibility A seed funding opportunity with the possibility to apply for other prestigious grants, such as MSCA and EMBO (https://www.ceitec.eu/postdoc/t11610). Support for team members with diverse backgrounds and opportunities to collaborate across different research teams at Masaryk University/Europe. Support for further education and professional development Brno is in a great location in Central Europe with excellent quality of living (https://www.ceitec.eu/life-in-brno/t10426) Benefits package: 6 weeks of paid holiday, medical insurance, financial contribution to meals and kindergarten/pension scheme, Multisport card, mental health care, sports lessons directly at the Kindergarten Elánek in Campus Support in these areas: Welcome Office service before and after arrival Grant Office support Postdoc Peer Committee CEITEC events – workshops, conferences, lectures, training, family gatherings, etc. How to apply? Application deadline: 31.03.2026 Anticipated start date: To be negotiated, the sooner the better. Applications, including a CV, a list of publications, and a motivation letter, along with contact information for at least three references, should be submitted via the online application form bellow. Any troubles with the e-application? Please contact HR – Darja Horáková (darja.horakova@ceitec.muni.cz)

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