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Field
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cell lines (ii) package promising drug candidates into targeted drug delivery systems and study their efficacy (iii) utilise multicellular 3D cell models to investigate the tissue specificity
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high potential for progression. The aim of the project is to develop an innovative in vitro model enabling investigation of the (micro-)invasion process in DCIS and identification of molecular markers
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state-of-the-art in vivo two-photon microscopy in mice, and live-cell confocal microscopy using ex vivo 3D models. Genetically manipulate cancer cells using CRISPR/Cas9 to identify and target molecular
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the integration of high data-density reaction/bioanalysis techniques, organic synthesis, laboratory automation & robotics and machine learning modelling. This exciting project involves the application of innovative
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are not limited to: Data visualisation Text mining Network analysis Digital mapping 3D modelling Augmented/Virtual reality AI and computer vision Digital exhibitions and archives Scholarly communication by
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in 2D and 3D tumor hypoxia models and its impact on cell survival and cancer therapy The impact of biological sex on mitochondrial metabolism in cardiomyocytes Transcriptional and metabolic control
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have been produced but also used, our holistic and novel methodology combines Aegean and Egyptian iconography, Bronze Age and later texts, ethnographic and experimental studies, 3D modelling, and
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computational methods for 3D anisotropic Electrical Impedance Tomography. This is a very challenging inverse problem in the intersection of mathematical analysis, geometry and computing that recently has achieved
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Scholarship (BIPD) to holders of a PhD degree obtained in less than 3 years within the scope of the project 3D-FIRST-“Enhanced Forest Inventory Metrics through Advanced Remote Sensing Technologies”, taking
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circuits in mouse models Applying tissue clearing techniques and light-sheet microscopy for 3D imaging of the entire mouse brain Analyzing and interpreting single-cell genomics data to investigate cellular