Vamsi J. Nalam

This study examines transcriptional rhythmicity in aphids under different light and host conditions, finding limited rhythmic transcripts and host-dependent regulation.

The paper identifies Hatcher wheat as tolerant to wheat curl mites and WSMV, showing enhanced yield under disease pressure through coordinated defense and growth responses.

The paper identifies the pangenomic origins and molecular basis of RMES1, a noncanonical NLR gene that enabled evolutionary rescue in sorghum by disrupting aphid feeding through global immunity activation.

This study investigates how aphid infestation affects diurnal rhythms in wheat by analyzing transcriptomic and metabolomic changes.

This paper develops a machine learning approach to automate EPG signal segmentation and classification, achieving high accuracy in identifying insect feeding behaviors.

The paper assesses the vulnerability of the sorghum aphid resistance gene RMES1 to biotype shifts and finds it is bolstered by the presence of RMES2 and cyanogenesis.

This study identifies diurnal rhythms in aphid metabolism and salivary effector expression, showing their impact on feeding behavior and host colonization.