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to develop the central integrated microfluidics circuitry for laboratory evolution of synthetic cells. We will develop a lab-on-a-chip platform that integrates OLA production of liposomes, trap arrays, local
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of this IDP-mediated selective barrier function. In our biophysics lab we study in vitro reconstitutions of the NPC in simple mimics that are made using DNA origami and microfabrication. We study single
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350-strong research team and over 2,000 students work together in our inspiring hall, labs and studios. In close cooperation with industry, the public sector and NGOs we rehearse possible futures in
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350-strong research team and over 2,000 students work together in our inspiring hall, labs and studios. In close cooperation with industry, the public sector and NGOs we rehearse possible futures in
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, design, production including application and product improvement, materials, processes and (mechanical) systems. ME is a dynamic and innovative faculty with high-tech lab facilities and international reach
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from lab to clinic. You will collaborate closely with senior scientists from Maastricht University and work in synergy with SmART Scientific Solutions BV, a spin-out company based on campus that develops
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physicists, engineers, biologists, and clinicians, all working towards one goal: advancing precision radiotherapy from lab to clinic. You will collaborate closely with senior scientists from Maastricht
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the excellent microfabrication facilities of the Kavli Nanolab to develop the central integrated microfluidics circuitry for laboratory evolution of synthetic cells. We will develop a lab-on-a-chip platform that
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biophysics lab we study in vitro reconstitutions of the NPC in simple mimics that are made using DNA origami and microfabrication. We study single-molecule transport and measure the NPC nanoscale structure
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member of the Biomechanics and Biomimetics team, which is led by Prof. Florian Muijres . You will be co-supervised by Dr. Guillermo Amador and Dr. Steffen Werner. You will be part of the Biomimetics Lab