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their transport properties across biological barriers. You will use synthetic membranes, biomimetic permeation systems, and bioengineered 3D skin models to evaluate formulation efficacy, kinetics, and
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● Model Development: Design, optimize, and characterize 3D cell culture systems, multi-cellular spheroids, or organ-on-a-chip platforms that accurately mimic human tissue microenvironments
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approaches. Experience with confocal or advanced 3D imaging. Experience with biomaterials, oral biology or regenerative medicine. Familiarity with microfluidics, organ-on-a-chip systems or bioprinting. What
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into embryonic structures - Molecular biology techniques - Advanced imaging - Single-cell sequencing - Drug treatments and effect analysis Where to apply Website https://pica.cineca.it/ Requirements Additional
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this project is to perform advance image analysis on correlative datasets to extract the underlying knowledge. The technical aspect of this project aims to integrate two cutting-edge microscopy platforms
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that will be collected. You will also have the chance to contribute to tackling unique image processing challenges in whole-brain 3D light-sheet microscopy data. The successful applicant will be a member of
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that will be collected. You will also have the chance to contribute to tackling unique image processing challenges in whole-brain 3D light-sheet microscopy data. The successful applicant will be a member of
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extracellular vesicle/exosome characterization. Familiarity with proteomics or other omics approaches. Experience with confocal or advanced 3D imaging. Experience with biomaterials, oral biology or regenerative
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) develop geophysical methods for imaging and characterizing subsurface structures. Key Responsibilities: Develop novel 3D modelling algorithms for near-surface characterization using curated geo-data
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quantitative phase microscopy. Another important aspect of this project is to perform advance image analysis on correlative datasets to extract the underlying knowledge. The technical aspect of this project aims