Andre H. Kurlovs

The paper performs a meta-analysis of scRNA-seq data to identify disease-specific and shared chemokine-based cell communication patterns in immune diseases.

This study identifies trans-driven expression variation in detoxification genes in Tetranychus urticae, linking it to pesticide resistance and host plant adaptation.

This study identifies genetic variants, including copy number variation and cis-regulatory changes, associated with pyflubumide resistance in spider mites through high-resolution genetic mapping and functional experiments.

The paper identifies large-effect loci in maize inbred lines B96, B49, and B75 for resistance to the generalist spider mite Tetranychus urticae, but not the specialist Oligonychus pratensis.

The paper uses experimental evolution in spider mites to map genetic loci underlying pesticide resistance and host plant adaptation, revealing polygenic and locus-specific mechanisms.