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at the university TU Delft and Fabrice Toussaint at the Holcim Innovation Center. The PhD candidate will investigate the properties of “rheo-acoustic” gels, i.e., colloidal gels that are mechanically responsive
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pathology in well-characterized transgenic mice. The PhD student will use techniques of molecular biology to design and develop new biosensors, and cellular biology to express the sensors in a cellular
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drug design. The visualization and characterization of the structures of these receptors and their binding with odorant molecules will be conducted through molecular modeling. This thesis will therefore
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). These gradients induce surface flows that lead to directed motion. In this PhD project, we aim at designing and developing a new generation of self-propelled particles, either chemically powered by enzymatic
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reactions making up over 50% of all those used in drug discovery. In this context, carbocationic electrophiles intermediacy is postulated in numerous organic transformations and provides the foundation