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interested in candidates with a strong background in advanced imaging, quantitative image analysis, and/or tissue morphogenesis and mechanics. If you are excited by the prospect of tackling fundamental
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. The work further includes detailed analysis of nuclear pore complex architecture using electron tomography and 3D serial block-face scanning electron microscopy, supported by advanced image analysis tools
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-relevant contexts. Our research blends engineered 3D biomaterials with advanced imaging and molecular tools to elucidate biological mechanisms that can ultimately inform therapeutic strategies. We
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conferences. Desired Qualifications* Experience with organoid or 3D culture systems strongly preferred. Familiarity with spatial omics or multiplexed imaging approaches a plus. Modes of Work Positions that
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3D diffusion model’s affordability and possibility in seismic imaging. Perform research in joint seismic inversion for velocity and density models. Required Qualifications Ph.D. in Geophysics, Applied
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, for the purpose of aiding and enabling downstream tissue engineering and preclinical study, working with other team members. Key Responsibilities: Design and develop a prototype to analyse the electrical signals
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(this overlaps with the former themes as 2D and 3D vision is often integrated with language). Related papers by the Vision-CAIR members Theme A : Aligning Latent and Image Spaces to Connect
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independent experiments under the guidance of the Lab Head. Perform immunofluorescence analyses and live-cell imaging of 2D and 3D cell culture and co-culture models using a variety of optical imaging
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organoid or 3D culture systems strongly preferred. Familiarity with spatial omics or multiplexed imaging approaches a plus. Modes of Work Positions that are eligible for hybrid or mobile/remote work mode are
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Center for Biologics Evaluation and Research (CBER) | Silver Spring, Maryland | United States | 18 days ago
content imaging, and multiomics. The overall project goals are as follows: Assess effect of ‘advanced manufacturing microenvironments’ on therapeutic cell growth and production of immunomodulatory factors