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the interplay between iron homeostasis, ferroptosis, and protein aggregation using advanced cellular and animal models. Where to apply Website https://system.erecruiter.pl/FormTemplates/RecruitmentForm.aspx?WebID
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of Advanced Tumor Systems, we combine novel three-dimensional tumor models with primary tumor-derived cells to investigate the therapy-modulating behavior of hard-to-model cell types, such as human neutrophils
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based on proton quantum tunneling. The aim is to advance energy-efficient memcomputing technologies that integrate information processing and storage within single molecular systems, with potential
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. To this end, we will employ advanced molecular, cellular, and systems biology methods and tools, as well as various research models—from standard cell lines to primary lines and several mouse models
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experiments in basic molecular biology, including cell culture in 2D and 3D models and their treatment with various factors; performing a wide range of cell-based assays; genetic engineering of cells; qPCR
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and molecular mechanisms underlying phenotypic variability in quiescent cell populations and their impact on adaptation, antifungal resistance, and population dynamics. The successful candidate will
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/conditioning, 2D/3D models, implantation into the chorioallantoic membrane (CAM) model, and phenotypic/molecular analyses to study tumor heterogeneity, EMT-related traits, and drug response. The successful
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models of neuroinflammation); Excellent skills in cell culture and flow cytometry; The ability to analyze RNA-seq data (R/Python); Enthusiasm and passion for research; Doctoral degree obtained not earlier
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mouse models of neuroinflammation); Excellent skills in cell culture and flow cytometry; The ability to analyze RNA-seq data (R/Python); Enthusiasm and passion for research; Doctoral degree obtained not
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for the OPUS 28 call: https://ncn.gov.pl/sites/default/files/pliki/uchwaly-rady/2024/uchwala84_2024-zal1.pdf The candidate should: Know the physiology of the nervous system, molecular and cell biology