Robert Prevedel

This study shows that PGE2 induces a sickness-like state in mice, with the insular cortex encoding integrated sickness signals better than the somatosensory cortex.

This paper introduces a mobile optical coherence microscope for high-resolution, label-free imaging of aquatic organisms in both lab and field settings, enabling detailed morphological and dynamic analysis.

This study identifies an ancient monoaminergic system in sponges that coordinates contractility through tryptamine signaling, predating neurons.

This paper develops a photoswitchable probe that toggles between fluorescence and photoacoustic signals using FRET, enabling dual-modality imaging with high contrast.

This study shows that centrosomes soften during mitosis to balance microtubule nucleation and force resistance, ensuring accurate cell division.

The paper investigates the spatiotemporal dynamics of lumen formation in mammalian follicles, revealing a critical phenomenon involving fluid networks and cell death.

The paper maps dynamic changes in cell mechanical properties during Drosophila gastrulation using Brillouin microscopy and identifies microtubules as key effectors.

The paper reconstructs functional connectivity in the mouse motor cortex using 3D two-photon calcium imaging and identifies column-like subnetworks with specific connectivity patterns and information flow.

This study shows that the cell wall controls stem cell fate in the Arabidopsis shoot apical meristem by modulating mechanical properties through pectin methylesterase expression regulated by WUS.

This study identifies MIG-6/papilin as a regulator of neuronal architecture maintenance by remodeling collagen IV in the extracellular matrix, ensuring neuronal stability under mechanical stress.

This paper develops chemigenetic labels and calcium sensors optimized for photoacoustic imaging, showing improved performance in tissue-mimicking phantoms and in vivo applications.

The paper identifies an ancient relaxant-inflammatory response in sponges during deflation, driven by actomyosin relaxation and associated with inflammation-like states.

This paper introduces GECCO, a thermogenetic system for manipulating calcium levels in cells and tissues, enabling studies of calcium signaling in plants and animals.

The paper shows how muscular hydraulic behavior in Nematostella vectensis drives larva-polyp morphogenesis through antagonistic muscle pressures.

The paper shows that noisy neuronal populations in the dorsal inferior colliculus of awake mice encode sound location with decoding accuracy matching mouse discrimination ability.

The paper shows that primary motor cortex population dynamics differ across spontaneous facial motor sequences in mice, suggesting distinct population dynamics codes for different motor sequences.

This study demonstrates AIE nanoparticles enabling ultra-deep three-photon imaging in live mouse brains using NIR-IIa excitation.

The paper identifies a novel population of sensory neurons that regulate blood pressure through the autonomic nervous system.

The paper evaluates and compares two-photon calcium imaging modalities to optimize imaging speed and signal-to-noise ratio in scattering brain tissue.