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International Centre for Translational Eye Research / Institute of Physical Chemistry, Polish Academy of Sciences | Poland | 2 days ago
genetic engineering. Candidates should be familiar with single-cell and/or spatial RNA-sequencing and mice models to develop multi-omics method for profiling of intraocular tumours. The successful candidate
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for semantic search, interpretation summarisation, and interactive chatbot support for defining factual states and generating tax ruling applications. The project incorporates advanced NLP models, in-context
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for semantic search, interpretation summarisation, and interactive chatbot support for defining factual states and generating tax ruling applications. The project incorporates advanced NLP models, in-context
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for semantic search, interpretation summarisation, and interactive chatbot support for defining factual states and generating tax ruling applications. The project incorporates advanced NLP models, in-context
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systems. Preparation and generation of training datasets based on experimental and simulated Q-OCT data. Development of automated methods for generating training data from experimentally acquired joint
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an ecosystem. Our preliminary data suggests that this may be the case. If this hypothesis will be confirmed, it would mean that several independent baselines should be included in the isotope flux models, even
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, molecular and cell biology analyses, cell bioassays, confocal and time-lapse microscopy, translation-efficiency analyses, ISR/RSR/mTOR signaling studies, and work to defined biological models of drug action
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models, including 2D and 3D cell models, to assess the activity, biocompatibility and accumulation of nanomaterials; • participating in interdisciplinary research conducted by the project team; • analysing
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student-scholarship holder at the Poznan Doctoral School of Institutes of Polish Academy of Sciences
that will enable the identification of cancer cells experiencing hypoxia. This will allow us to track their fate both in three-dimensional tumor spheroids cultured in vitro and in orthotopic mouse models in
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elucidate genetic and evolutionary relationships among species and the mechanisms shaping diversity and adaptation across the genus Lupinus. The findings will contribute to a global model of flowering and