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24 Jun 2026 Job Information Organisation/Company Institute of Biochemistry and Biophysics Polish Academy of Sciences Department Laboratory of Bioenergetics and Mitochondrial Disease Mechanisms Research Field Biological sciences » Biology Chemistry » Biochemistry Researcher Profile Recognised...
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specifically in neurons exhibit a spectrum of behavioral abnormalities characteristic of mouse models of psychiatric disorders. The primary scope of the current project is to dissect the functions of AMOTL1 in
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a result, the translocated oncogenes are placed under the control of IGH enhancers (Eµ, 3’RR1 and 3’RR2) which drive their expression and lymphomagenesis. In our previous study we identified exact
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of metamaterial-based supports in attenuating vibrations of the single beam/coupled beam/metabeam systems. • Development of the mathematical models of the single beam/coupled beam/metabeam systems under
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from EMG, motion capture, dynamometric, or stabilometric systems, mathematical modeling, biopotential analysis, bio-algorithms, or computational neuroscience projects); good command of English, enabling
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. Single-cell multi-omics and flow cytometry technologies will allow us to dissect the impacts of TNFR2 perturbations on CLL. Human CLL cell lines, experimental mouse model and primary human materials
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InLife Institute of Animal Reproduction and Food Research, Polish Academy of Sciences | Poland | 5 days ago
generated within the sAnDeRNA project. The main responsibilities will include: Participation in the controlled reproduction of pikeperch, including broodstock preparation and handling, gamete collection, in
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interactions; stellar oscillations and tidal interactions; modelling or observations of electromagnetic counterparts and tidal disruption events; gravitational-wave astrophysics. Depending on the candidate’s
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an employer with registered office outside of Poland. Eligibility criteria Information clause regarding the processing of personal data The controller of your data processed as part of the recruitment
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The main objective of the project is to develop novel, interpretable predictive models for response to immunotherapy in patients with advanced melanoma, based on the functional activity of gut fungi