Post-doctoral researcher
Offer DescriptionWe are looking for a post-doc to work in the International Centre for Cancer Vaccine Science (ICCVS) hosted by the University of Gdańsk. The position is offered in the Immune Memory & Cell Reprogramming research group led by dr hab. Wojciech Siwek. The position is offered in the frame of the project “Mechanisms for Establishment of Transcriptional Memory”. The project is funded by the National Science Centre within the programme SONATA under grant agreement no. UMO-2022/47/D/NZ1/01883.Where to apply E-mailiccvs@ug.edu.plRequirementsResearch Field Biological sciences » Other Education Level PhD or equivalentSkills/Qualifications
b) Paternity extension by the documented time of paternity leave taken for each child.
c) Long-term illness (
90 days): extension by the documented amount of leave. * PhD degree obtained in an entity other than University of Gdansk, or the candidate has completed a continuous and documented postdoctoral training of at least 10 months at an institution abroad.Specific Requirements
Languages ENGLISH Level GoodAdditional InformationBenefits
before submitting the application.Eligibility criteria
Documents referring to items 1-5 should be prepared in English and sent merged as ONE pdf file. Please add the reference 2025_07 in the email subject.Selection process
Additional commentsAbout ICCVSThe International Centre for Cancer Vaccine Science (ICCVS) has been established in 2017 as a joint unit of the (UG) and the (UoE) within a project carried out within the of the funded from the European Regional Development Fund. The aim of ICCVS has been comprehensive research into development of novel diagnostic and prognostic markers and personalized anti-cancer therapies and vaccines, followed by their commercialization and implementation into clinical practice. ICCVS works on a range of national and international research projects concentrating on cancer biology and novel approaches to immunotherapies. The focus of the ICCVS is the development of personalized vaccine against non-small cell lung cancer (NSCLC). The approach is based on use of cancer specific T cells that are selected by the special algorithm elaborated at ICCVS. The first in vitro and in vivo studies are very encouraging, and the team plans to start clinical trials in a few years perspective.More information at:About the projectThis project aims to discover novel epigenetic mechanisms by understanding cellular, molecular and structural aspects of initiation of interferon-gamma (IFNγ) transcriptional memory.Epigenetics is a process that describes a heritable phenotype resulting from changes in the cell without alterations in the DNA sequence. It is fundamental for multicellular life as it maintains gene expression during growth and in adulthood.Transcription factor feedback loops can sustain active gene expression but are not always required. This suggests that other processes are involved in preserving active transcription. Strikingly, such mechanisms are largely unknown. This knowledge gap comes from the fact that uncoupling transcription from maintenance of active states is difficult to achieve experimentally. Due to this reason the field of epigenetics is almost exclusively focused on studying the mechanisms responsible for sustained gene silencing. To uncouple transcription form maintenance, and gain access to novel epigenetic mechanisms, I am exploring a phenomenon present in innate immunity: transcriptional memory. During this process, cells primed with a certain cue will show increased rates of gene expression after restimulation many days later.In our previous work, we set up a robust transcriptional memory protocol using interferon gamma (IFNγ) stimulation. We discovered novel genes that show the effect and gained initial insights into the molecular mechanisms controlling initiation of the phenomenon. We discovered locally acting repressors and identified specific transcription factors involved in the establishment of transcriptional memory. Moreover, we showed that initiation of memory is not just a simple consequence of transcription as artificial activation of a memory gene does not lead to memory initiation. We are now in a unique position to understand this epigenetic problem in unprecedented detail. We have the necessary tools, expertise and preliminary data to uncover novel mechanisms of transcriptional memory.In this project, we want to understand how IFNγ transcriptional memory is initiated on a cellular, molecular and structural levels; generalize the discoveries to maintenance of active transcription and translate the knowledge to macrophage biology. We have four major aims: (1) determine what factors are required for establishment of transcriptional memory; (2) reconstitute the memory initiation complex in vitro; (3) generalize the discoveries to maintenance of active transcription in other cell types; and (4) translate the knowledge to maintenance of macrophage identity, in cell lines and primary cells.In summary, this project addresses a major knowledge gap and will lead to fundamental discoveries in epigenetics. It will bring about multidisciplinary training of future scientists. Insights from this research will uncover new avenues for manipulation of the innate immune system for the benefit of public health, with particular focus on macrophage based anti-cancer immunotherapies. This will pave the way for industrial collaboration and new jobs in the biotechnology sector.About the Research Group Immune Memory & Cell ReprogrammingThe Group aims to discover novel molecular mechanisms of gene regulation and epigenetics. The focus is on understanding how interferon-gamma mediated transcriptional memory is initiated, maintained and recalled; with the long-term goal to translate this research into the clinic.Research focus:Proper regulation of gene expression is fundamental for multicellular life. In my research, I am interested in how cells maintain gene expression states. I am exploring a phenomenon present in the innate immune system – transcriptional memory as a model system. Transcriptional memory is a process during which cells exposed to a certain cue (induction) will remember the experience and respond to the second stimulation with the same signal (reinduction) more strongly. I am studying how this process works in human cells. Website for additional job detailsWork Location(s)Number of offers available 1 Company/Institute International Centre for Cancer Vaccine Science, University of Gdansk, Poland Country Poland State/Province pomorskie City Gdansk Postal Code 80-809 Street Kładki 24 GeofieldContact CityGdańsk WebsiteStreetBażyńskiego 8 E-Mailiccvs@ug.edu.plSTATUS: EXPIREDShare this page
Gdańsk, pomorskie
Fri, 28 Mar 2025 02:51:41 GMT
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