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that do not resemble the nature of the tissue surrounding it, such as a cardiovascular stent. This PhD project will design, synthesize, and operate a new multi-responsive soft miniaturized robot/device
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techniques, drug delivery, rheology, and product design. The candidate must have experience in more than one of the mentioned topics. - Demonstrable research experience in use of biodegradable polymers
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metabolic regulators that dictate resistance to therapy. Subsequently, rational design of next-gen CAR-Ts exploiting these metabolic pathways to augment potency will be developed and preclinically validated
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with gait impairments. The tool will combine fundamental biomechanics with smart computer algorithms and a computational modeling prototype. As a PhD student, you will design, manage, execute and report
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. With the ultimate goal to enable the development of 'ELSA by design' AI applications in the context of healthy living, working, and ageing. Requirements Specific Requirements - Collecting information
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project, seeing the project from conception through to completion. The employee will be supported by a multidisciplinary team spanning clinical hemato-oncology, microbiology and gastroenterology. There will
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in addition to the proposed plan. Requirements Specific Requirements - Contact with researchers to ask them to contribute data to our project. - Integrate data from different trials. - Conduct advanced
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, the Innovation Center for Artificial Intelligence at the University of Amsterdam. Currently, we have an exciting opportunity available at UMCG: Our project aims to revolutionize AI by making it more dynamic and