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for high-temperature applications. The research includes a multifactorial analysis of the relationships between chemical composition, manufacturing technology, microstructure, mechanical properties, and the material's
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entitled: “Metal-organic frameworks for efficient carbon dioxide capture from water”. The project aims to develop functional metal-organic framework (MOF) materials and MOF-based composites with controlled
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of the gut mycobiota, rather than its taxonomic composition alone, may represent a key determinant of response to immunotherapy. The analyses will be conducted on a cohort of patients with advanced melanoma
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fractions (collagen, amino acids); derivatisation of amino acids for GC analysis; Laboratory analyses: EA-IRMS, GC-FID/MS, and GC-C-IRMS of stable carbon and nitrogen isotope composition; Other laboratory
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nanocores and developing final nanoformulations with antimicrobial activity; optimising the synthesis conditions, composition and properties of the obtained nanomaterials; performing physicochemical