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groundbreaking research project, investigating the biological mechanisms underlying pediatric post-COVID. This is a unique opportunity to contribute to a multidisciplinary team, using cutting-edge computational
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control parameters governing the self-assembly of E. coli under the influence of interfacial flow and determine the physical mechanisms that govern the pattern formation. To this end, you will perform
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of E. coli under the influence of interfacial flow and determine the physical mechanisms that govern the pattern formation. To this end, you will perform experiments with E. coli as well as theoretical
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Nedersaksenlijn, which also aim to improve the interregional accessibility of rural areas. Moreover, we aim to include a cross-border component, such as how activities/facilities across the border in peripheral
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technology – optimising delivery platforms to enhance vaccine efficacy, local immunity, and durability; immune profiling – understanding the mechanisms behind protective immunity after vaccination or infection
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and KeyGene focused on the development of methodological and theoretical tools for the construction of data-driven models of the intricate biological mechanisms responsible for the resilience of crops
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data to uncover the key receptors and pathways that drive FDC function. This involves diving deep into complex datasets to reveal hidden mechanisms within these cells. You will also be responsible
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developed in the Feringa group. Further functionalization of these target molecules with force transducers for direct mechanical probing, along with thorough characterization of motor rotation and DNA binding
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Job related to staff position within a Research Infrastructure? No Offer Description Are you passionate about cytoplasmic genetics in plants? Excited to uncover the mechanisms underlying the maternal
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or religious dimension of making intermedial and self-reflexive elements of ‘showing making’ The postdoctoral researcher will work as part of a team which also includes the principal investigator, two junior