J. Wittbrodt

The paper presents a platform for minimal-invasive 3D laser printing of microimplants in vivo using synthetic polymer inks, demonstrating biological responses in teleost fish and fruit fly embryos.

This paper introduces DNA microbeads to control morphogen release in organoids, enabling spatio-temporal regulation of development and improving tissue mimicry.

This paper develops a 2-photon printing method to create 3D microstructures for mechanically stimulating multicellular systems, showing cells change morphology under cyclic stretch.

This paper introduces a deep learning framework for light-field microscopy that uses continuous validation during image reconstruction, achieving high-quality video-rate reconstructions of medaka heart dynamics and zebrafish neural activity.

This paper introduces a method for high-speed, isotropic 3D imaging of biological processes with single-cell resolution and minimal motion artefacts.

The paper uses a live ASC reporter in zebrafish to study speck formation and pyroptosis in skin inflammation.