Lida Derevnina

This study investigates how hatching time affects the parasitism of beet cyst nematodes, finding that late hatchers are more infective due to differences in energy use and gene expression.

This study uses 3D printing and deep learning to analyze parasite dynamics across hundreds of plant genotypes, identifying host genetic control of parasite traits and new QTLs.

This paper investigates how Meloidogyne incognita infects diverse plant species by analyzing transcriptomic responses across nine plant interactions, finding distinct transcriptional programs and effector deployment patterns that influence host specificity.

This paper identifies an effector from Phytophthora infestans that bridges NbTOL9a to an activated NLR to suppress immunity, revealing a novel structural and functional mechanism.

This study shows how the helper NLR NRC2 converts from a homodimer to a higher-order oligomer upon activation by the sensor NLR Rx, revealing the molecular mechanism of plant immune activation.

The paper shows how functional divergence in NRC3 variants shapes the genetic architecture of the NLR network in solanaceous plants, leading to subfunctionalization and increased immune system complexity.

This study identifies and characterizes the effectorome of the plant-parasitic nematode Heterodera schachtii, revealing 659 effector gene loci and providing insights into their origin, deployment, and evolution.

The paper investigates the evolution of NRC immune receptor networks across plant lineages, finding significant expansion and complexity in lamiids compared to Ericales and campanulids.

The paper discovers unprecedented allelic variation in HYP effectors of plant-parasitic nematodes, revealing a novel mechanism of programmed genetic variation called HVD-editing.