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cases of Urbisaglia, Gortina, Antigonea, and the Drino Valley, using GIS and 3D reconstructions of the three urban contexts. The project is part of the University of Macerata's research
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. Background in bioluminescence, experimental physiology or cell biology. Experience with 3D morphological reconstruction. Gene manipulation experience (CRISPRcas). Proficiency in English – both written and
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biology, genetics, single-cell and spatial transcriptomics, advanced imaging, and bioinformatics. The main objective will be to identify the gene networks involved in muscle morphogenesis, reconstruct
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of single-cell multi-omics data (scRNA-seq, scATAC-seq, Multiome) to reconstruct gene regulatory networks in 3D forebrain dorsal organoids to determine pathophysiological consequences of aberrant NR2F1 dosage
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. An additional focus of the group is the study of chromatin organization and 3D genome folding in somatic, stem, and cancer cells, using an integrated and innovative methodology that combines state-of-the-art
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of the Phlegraean geographical, administrative and cultural region between the Archaic and Late Antique periods. Particular attention will be paid to the diachronic reconstruction of the monumental layout
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Materials, Bioinspired Materials and Sustainable Materials. For more details, please view https://www.ntu.edu.sg/mse/research . We are looking for a Research Associate to undertake the responsibilities
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-static beamforming methods, and semi-tomographic reconstruction algorithms that enable high-quality 3D visualization of the abdominal aorta. In addition, you will develop algorithms for segmentation
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techniques that leverage experimental data to construct detailed 3D representations of complex interfaces in energy storage and conversion devices at the atomistic level. These include solid-liquid (S-L
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-dimensional reconstruction of various levels of the auditory circuit at the cellular scale. The project's results will thus provide insights into how different aspects of sound are transmitted to the brain with