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benefit from printed or virtual 3D models for their complex cases. We see the full spectrum of pathology as part of a Level 1 Trauma center and are home to the city?s major cancer center. We also
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, when and how to collaborate with the humans. This work will investigate new ways to implement proactivity in social agents, relying on 3D articulated bodies and audio signals in collaborative tasks, and
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applications for a junior independent faculty position in computational biology, focusing on areas like spatial transcriptomics, 3D tissue architecture, cell-cell communication, with emphasis on characterizing
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) We are recruiting 2 Research Assistants (RA) to pursue highly collaborative and interdisciplinary projects of developing new cancer immunotherapy, using novel 3D tumor organoid models and 3D single
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the knowledge of metabolism and its regulation associated with tumour development, various aspects of molecular and cellular biology, with special interest in the development of 3D cell models, genetics
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genome editing approaches, as well as co-culture systems modeling neuron–glioma interactions, with the main focus on investigating the impact of neuronal activity on 3D genome organization and cellular
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-reality platform for medicine: interactive 3D models are reconstructed from 2D images (e.g., DICOM) and rendered on AR devices such as HoloLens 2 via Unity. Clinicians can manipulate the models and perform
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characterize in-vitro vasculature-on-chip models. To create the vascular networks, we will use a proven concept of 3D printing and angiogenesis. With our previously developed sugar 3D printing technique, we can
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of academia and industry, driving projects that translate innovative science into novel cancer therapies. Key Responsibilities Conduct standard cell biology techniques, including 2D and 3D culture systems and
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physiological and chemical biology of proteins like ion channels and proteases. The group tackles questions in the field of ion channels and proteases with innovative physiological, 3D modeling, structural