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Field
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regulation of isoform 2 of the Nrf2 transcription factor”. The project is funded by the National Science Centre within the programme SONATA under grant agreement no. UMO-2021/43/D/NZ1/02059. About the project
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transcriptomic methods. The selected candidate will contribute to the part of the project focused on the functional studies of the identified proteins and pathways. Depending on their experience and research
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advanced methods such as: a. quantitative PCR (qPCR), b. Western blotting, c. next-generation sequencing approaches (e.g., RNA-seq), d. flow cytometry. Experience working with mammalian cell cultures
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transcriptomic methods. The selected candidate will contribute to the part of the project focused on the functional studies of the identified proteins and pathways. Depending on their experience and research
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methods Physicochemical characterization of MIPs (electrochemical, microscopic, and spectrophotometric measurements, including FTIR and UV–Vis) Fabrication of MIP-based sensors for autoinducer detection
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alternatives to noble-metal catalysts for (electro)(catalytic) transformations. Owing to their structural tunability, carbons can mediate a wide range of reactions, and when precisely engineered they exhibit
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knowledge of basic laboratory methods/techniques used in biology, molecular biology, and related sciences (histological methods, microscopy, statistical analysis); Have experience in conducting gene
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or adopted child, if this method of demonstrating career breaks is more favourable. in an institution other than the one where the position is offered, or the candidate must have completed at least a 10-month
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bird data from wild populations, or in biological meta-analyses/systematic maps - interest in biostatistics and development of new analytical methods LanguagesENGLISHLevelExcellent
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therapeutics using in vitro methods, validate them in a mouse model of MS, and decipher their mechanisms of action. In addition to performing experiments, you will develop new directions for the project, train