S. Gupta

This paper demonstrates that Caenorhabditis elegans behavior is hierarchically organized and flexible, using a context-free grammar to describe foraging behavior.

The paper presents a comprehensive phosphoproteomic dataset for budding yeast, identifies cell cycle-regulated phosphorylation events, and shows phosphorylation disrupts protein-protein interactions.

This study compares transcriptomic responses during organogenesis in castor, jatropha, and sunflower to identify genes associated with regeneration efficiency.

The paper shows that disrupting ALIX interactions leads to repeated, transient recruitment of ESCRT components during HIV budding, indicating a robust network of interactions that control ESCRT function.

This study shows that loss of Kat2a increases transcriptional noise and reduces leukemia stem-like cells in AML by disrupting transcriptional homogeneity.

This study evaluates HBV vaccination and PMTCT as tools for elimination in HIV-coinfected populations using a clinical cohort and dynamic model, showing potential for significant public health impact by 2030.

This study shows that modulating corneal biomechanics can influence limbal epithelial stem cell phenotype in vivo and ex vivo.

The paper shows that septate junctions maintain the somatic enclosure around maturing spermatids in Drosophila testis, preventing premature sperm release and ensuring proper fertility.

This study provides a structural model of how P. knowlesi and P. vivax DBL proteins interact with human DARC to facilitate red blood cell invasion.

The paper shows that LRX and FER interact to sense extracellular signals, coordinating vacuolar size and cytosol homeostasis during plant cell expansion.

This study investigates the role of LRX proteins in pollen grain and pollen tube development in Arabidopsis, showing defects in germination and growth when LRX genes are mutated.

The paper analyzes HIV-1 envelope gp120 evolution in Chinese former plasma donors to identify antibody epitopes under immune selection, finding five sites under positive selection and four novel epitopes.

This study identifies genes essential for Campylobacter jejuni growth and survival across multiple in vitro and in vivo conditions using transposon sequencing.