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identified previously unrecognized cell-intrinsic mechanisms that regulate replisome dynamics and fork speed, establishing replisome velocity control as a key genome surveillance strategy (PMIDs: 29123070
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breakthroughs suggest that fast ions could be the key to tailoring and suppressing this turbulence, but a critical gap remains: no existing single diagnostic can simultaneously observe the dynamics of both
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photonics marks a radical departure from the conventional approach to synthetic dimensions: the dynamics of the photon is driven not by physical coupling, but by quantum measurement and real-time feedforward
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bioprinting of next generation tissues for urethral regeneration and translation.” At the core of STRONG-UR’s innovation lies dynamic hydrogel-based biomaterials. These hydrogels provide unparalleled control
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activities will include (but not be limited to) understanding dynamic sea level changes, modeling vertical land movements, and quantifying gravitational changes caused by present and future changes in land
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and metabolites is controlled. This project aims to uncover how specific exercise-induced metabolites regulates systemic metabolism and their role in improving metabolic health in obesity and type 2
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Validation of turbine response models against measurements Inflow and wake modelling Wind turbine controller design Aero- and hydro-dynamic modelling Structural dynamics, beam models and cross-sectional
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for enhanced cell regulation; and iv) application of these adaptative systems for reversible control of cell function, exploring their potential biomedical use. This project is part of an EU funded ERC
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for enhanced cell regulation; and iv) application of these adaptative systems for reversible control of cell function, exploring their potential biomedical use. This project is part of an EU funded ERC