Bernhard Wurzinger

This paper identifies OEF18 as a membrane-anchored Ca²⁺ sensor in chloroplasts and peroxisomes that links calcium signaling to jasmonate-mediated defense and stress responses in plants.

This study predicts potato yield using drone and environmental data early in the growing season, achieving over 80% accuracy with models trained on limited data.

The paper investigates the Ca2+ response in Arabidopsis thaliana chloroplasts triggered by high light exposure mimicked by glass beads, revealing a biphasic increase and identifying the endoplasmic reticulum as the source.

This study investigates the role of GERMIN3 in potato development, showing it enhances tuber yield and affects meristem activation through plasmodesmatal gating.

This study uses proteomics to identify Ca2+-dependent and independent proteome changes in Arabidopsis under oxidative stress, revealing distinct patterns of protein abundance and degradation.

The paper integrates multi-omics and phenotyping data to identify molecular signatures of potato responses to abiotic stresses.

The paper introduces Stress Knowledge Map, a resource with two knowledge graphs for plant stress responses, and demonstrates its use in hypothesis generation and analysis.