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We perform purification and characterization of proteins, nucleic acids, and other biomolecules. Using advanced equipment such as ÄKTA chromatography systems, quantitative PCR analyzers, laser imaging and fluorescence detection devices, we carry out protein purification and analysis, gene expression studies, and quantitative biomolecule measurements. |
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The Eukaryotic Cell Engineering Core Facility supports cell line development, genome editing, advanced and high-content imaging, bioprocessing, and high-precision analysis. It offers transfection workflows, optimized culture conditions, live-cell monitoring, and reliable analytical support for diverse research needs. More information will be available soon |
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The Mass Spectrometry Core Facility offers advanced analytical capabilities for precise molecular characterization and structural elucidation. Equipped with state-of-the-art instruments, it enables researchers to perform complex proteomics, metabolomics, and small-molecule studies with exceptional sensitivity and accuracy. More information will be available soon |
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We conduct research on microorganism cultivation and analysis, ensuring safe and controlled working conditions. Using state-of-the-art equipment—homogenizers, incubators, shakers, centrifuges, photometers, and biological safety cabinets—we perform sample preparation, cell growth monitoring, microbial mass evaluation, and other experimental processes. |
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The Microscopy and Imaging Core Facility offers advanced fluorescence and live-cell imaging, high-speed confocal acquisition, and sensitive laser-based scanning for proteins and phospho-signals. It supports automated image capture, quantitative analysis, and versatile workflows for diverse cellular and molecular studies. |
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The Continuous Flow Synthesis Core Facility provides advanced capabilities for precise and efficient chemical synthesis under controlled temperature, pressure, and time conditions. Our services include synthesis scheme development, compound synthesis, scale-up support, and comprehensive compound characterization. More information will be available soon |
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The facility supports all next- and third-generation sequencing workflows. A dedicated computing cluster enables complex computational biology analyses and ensures reliable, high-throughput DNA and RNA sequencing—from sample preparation to final results. |
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The Flow Cytometry Core Facility empowers researchers with high-resolution single-cell analysis, spectral profiling, microfluidics-enabled workflows, and gentle, precise sorting of complex samples, including those from microbes. It offers expert guidance, reliable services, and support for a diverse range of studies. More information will be available soon |
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The NEMO system will be used for equipment reservation. More information about NEMO |