Jonas Wilhelm

The paper introduces faster variants of the Caprola tool for calcium-dependent fluorescent labeling, enabling more sensitive and efficient recording of neuronal activity in zebrafish.

This paper introduces a high-affinity split-HaloTag system for live-cell protein labeling, enabling efficient and versatile imaging with compatibility for advanced microscopy techniques.

The paper introduces CLIP-tag2, an engineered variant of the CLIP-tag protein that significantly improves labeling speed and efficiency for live-cell imaging.

This paper introduces Rho-tag and SiR-tag, fast, reversible, and fluorogenic protein tags for live-cell imaging, compatible with super-resolution techniques and demonstrated in zebrafish larvae.

This paper introduces SNAP-tag2, an improved version of SNAP-tag with faster labeling kinetics and higher fluorescence brightness for better live-cell imaging.

This paper improves split-HaloTag by engineering cpHalo{Delta} with computational methods to enhance thermostability and activity, reducing assay time and substrate requirements.

This paper introduces a family of tunable calcium indicators with fluorescence and bioluminescence readouts, applicable for live-cell imaging and high-throughput assays in rat neurons.