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without close supervision Relevant experience with microbial strain engineering and evaluation, especially with yeast Ability to devise and implement synthetic biology approaches Experienced at molecular
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of transgenic zebrafish models of MND, through use of your strong molecular biology skills. You will use a range of techniques including Western blotting, proteomic approaches, confocal microscopy
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nanobiotechnology, biosensors, extracellular vesicles and in vitro cancer diagnosis. You are expected to: Be part of an innovative project to develop a new nanoplatform for better understanding of molecular features
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into advanced antenna designs for phased array systems, Work closely with colleagues on system level design, Support the development of passive device models and electromagnetic simulations, Design solutions
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and evaluation, especially with yeast, plants, and bacteria Ability to devise and implement synthetic biology approaches Experienced at molecular and microbiology protocols Desirable Experience
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record of computer programming. Experience in numerical relativity and/or numerical simulation of quantum field-detector interaction Strong written and oral communication skills. Demonstrated ability