Jorunn I. B. Bos

The paper identifies a hetero-oligomeric complex formed by an aphid effector pair, showing its importance for protein stability and activity.

This study identifies and characterizes the thionin gene family in barley, revealing chromosomal clustering, copy number variation, and a role in aphid defense.

The paper identifies a novel aphid-specific effector family, CHL, associated with avirulence through differential expression and structural analysis.

The paper identifies an effector complex formed by aphid proteins Mp1 and Mp58 that interacts with the host protein VPS52, revealing a new layer of complexity in plant-insect interactions.

The paper uses multi-omics approaches to identify aphid effector candidates linked to virulence and avirulence in pea aphids on Medicago truncatula.

This study examines transcriptional changes in Myzus cerasi aphids across different host environments, finding extensive plasticity with redox-related genes and differential exon usage.

This study identifies phloem and mesophyll-based defenses in wild barley that contribute to partial resistance against aphids, involving increased defense gene expression and altered amino acid composition.

The paper analyzes aphid genomes to understand gene evolution and horizontal gene transfer, finding shared transcriptional control of effector genes involved in parasitism.