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-graduate, hands-on laboratory experience. Documented experience with advanced human cell culture, including 3D models and organ-on-chip systems. Hands-on experience with pluripotent stem cell culture
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groups in AI, 3D modelling and T-cell immunology, leading TCR discovery and TCR-biologics companies, a cancer vaccine research group running clinical trials, and the national super-computing center
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qualifications and skills: 1.Experience with microscopy techniques and image analysis. 2.Solid knowledge in molecular and cell biology techniques. 3.Hands-on experience with 2D and 3D cell culture systems. 4.Prior
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. Working closely with stem cell biologists, immunologists, and bioengineers across the MIMIC consortium, the PDRA will: Develop and optimise iPSC‑derived adipocyte differentiation protocols Generate 3D
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Knowledge of mammalian cell culture systems and 3D cell cultures (organoids) Expertise in software such as R, KNIME or Python An independent, reliable and goal-oriented work style You are not afraid to take
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Max Planck Institute for Chemical Energy Conversion, Mülheim an der Ruhr | M lheim an der Ruhr, Nordrhein Westfalen | Germany | about 23 hours ago
characterization techniques to investigate additively manufactured 3D-structured electrodes for the catalysis of reactions of interest in energy conversion. Your profile Enrollment in a Master’s program at a German
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CureHeart (https://cureheart.org/) team at the University of Oxford. CureHeart is an Oxford-led international research programme aiming to develop cures for inherited cardiomyopathies using advanced genetic
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biomaterials and characterization of the same Design, post-processing, and biomimetic cell culture environments for 3D scaffolds Scalability and reproducibility of bioactive 3D scaffolds for large-scale
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selection criteria include: -Research experience in liquid-core capsules; -Research experience in stem cell manipulation and culture -Research experience in 3D bioprinting 5. Eligibility: Applicants
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of the same Design, post-processing, and biomimetic cell culture environments for 3D scaffolds Scalability and reproducibility of bioactive 3D scaffolds for large-scale manufacturing Critical interpretation and