S. A. Hogenhout

This paper reports the crystal structures of SAP05 complexes and reveals their bimodular architecture enabling ubiquitin-independent targeted protein degradation in eukaryotic cells.

This study shows hybridisation has contributed to the diversity and evolutionary potential of grain aphids, revealing a complex history of hybrid lineages and introgression.

This study shows that a bacterial parasite's effector gene SAP05 alters plant development to enhance insect vector reproduction.

The paper demonstrates a strategy to engineer plant immune receptors to recognize pathogen effectors by linking effector-dependent degradation to receptor function, resulting in SAP05-dependent resistance in Arabidopsis.

The paper characterizes the gut microbiome of the Mediterranean fruitfly, identifying Klebsiella oxytoca as a dominant symbiont with potential nutritional benefits to the host.

The paper identifies effectors from plant pathogens that specifically target subsets of NRC immune receptor proteins, revealing convergent strategies to counteract redundant nodes in the NLR network.

This paper shows how Begomovirus uses a phosphatase to suppress plant immunity, enhancing virus transmission by herbivore vectors.

The paper maps protein interactions between phytoplasma effectors and Arabidopsis transcription factors, revealing specific targeting of development-related factors and unique infection strategies.

This paper shows that SAP11 effectors from different phytoplasmas differentially destabilize TCP transcription factors, leading to distinct developmental and defense outcomes in Arabidopsis and maize.

The paper shows that an aphid effector protein enters the cytosol of plant mesophyll cells during feeding, while another remains in the extracellular sheath saliva.