A. R. Fernie

The paper identifies natural variation in Arabidopsis thaliana ecotypes for detoxifying glucose-derived reactive carbonyl species, highlighting the role of GLXI;2 in this process.

This study identifies carbon pathway shifts in cassava storage roots, showing yellow-fleshed varieties direct more carbon to cell wall and raffinose biosynthesis via the myo-inositol pathway.

The paper characterizes the tomato canal-1 mutant using multi-omics data, showing that green leaves compensate for impaired SCO2 function through transcriptional upregulation, while white leaves fail to compensate and exhibit stress responses.

The paper shows that RBL11-mediated degradation of FAX1 is critical for cold tolerance in Arabidopsis.

The paper shows that UCP2 in Arabidopsis localizes to the Golgi instead of mitochondria, challenging previous assumptions about its function and highlighting the need for independent localization evidence.

This study identifies FLZ14 as a sugar-responsive gene that mediates crosstalk between TORC and SnRK1 to regulate growth in response to sugar availability.

This study investigates how Arabidopsis thaliana responds to Pseudomonas viridiflava infection, finding that the JA/ethylene pathway influences susceptibility and that immune responses vary between accessions.

The paper identifies the phloem-specific BRL3 receptor pathway as a key regulator of plant adaptation to elevated temperature.

This study shows that PDX3 regulates carbon/nitrogen balance in Arabidopsis under specific environmental conditions by affecting metabolic pathways and defense responses.

This study shows that domesticated tomato has more synchronized rhythmicity and coordinated leaf development compared to its wild ancestors, likely contributing to higher yield.

This study uses GWAS and QTL mapping to identify genetic loci controlling specialized metabolites in Arabidopsis thaliana seeds.

The paper identifies two distinct glyoxalase systems in plants, showing one evolved from eukaryotes and the other acquired via horizontal gene transfer, with unique structural and functional adaptations for detoxifying reactive carbonyl species.

The paper characterizes a plastid glycolytic-gluconeogenesis pathway in diatoms, showing its functional roles and environmental regulation.

The paper constructs a transcriptome-guided metabolic model of Arabidopsis phloem tissue to reveal the role of companion cell chloroplasts and phloem loading mechanisms.

This study shows that overexpressing mitochondrial-targeted glutamine synthetase in tomato leaves increases assimilate export, leading to earlier flowering and higher yield.

This study identifies ursolic acid as the main anti-cancer compound in Oldenlandia corymbosa and reveals its mode of action through genomic, transcriptomic, and metabolomic analysis.

The paper shows redox regulation of mtLPD1 modulates photorespiration, TCA-cycle, and BCAA degradation in response to environmental changes.

This paper shows that Arabidopsis ERECTA proteins interact with SWI3B to regulate GID1 gene transcription, linking them to gibberellin signaling.

Hybrids of Capsicum peppers display heterosis and reciprocal effects for agronomic traits and fruit pungency.

The paper generates a single-cell atlas of Arabidopsis root phloem pole cells and identifies PINEAPPLE genes as key regulators in the transition to autotrophy.

This study analyzes the seed metabolomes and agronomic traits of 471 quinoa cultivars to identify genetic diversity for breeding and genome editing.

This study shows that modifying carotenoid metabolism in tomato improves biomass, stress tolerance, and yield while enhancing nutritional value and shelf life.

This study maps genetic diversity across Zea species, identifying millions of variants and adaptive genes, and demonstrates their utility in breeding.

The paper uses 13C-positional isotopomer analysis to compare metabolic flux modes in mesophyll and guard cells, revealing distinct TCA cycle dynamics and roles of the mitochondrial thioredoxin system.

The paper investigates how photoperiod influences aluminium tolerance in plants, finding that long-day species are more sensitive to aluminium than short-day species.

The paper investigates how LA and CLAU regulate the cytokinin-gibberellin balance to control morphogenesis and differentiation in compound-leaf development.

This study shows that reducing NtSUS2 in guard cells slows stomatal opening and reduces whole plant transpiration in tobacco.

This study presents the genome of Penium margaritaceum, a charophyte alga, to explore evolutionary features leading to land plant colonization and identifies gene expansions and adaptations related to terrestrialization.

This study analyzes the evolution of type III polyketide synthases across the green lineage using phylogenomic and synteny analyses of 126 species.

Trichoderma enhances local and systemic acquired resistance under low nitrate nutrition by modulating nitrate transporters, nitric oxide, and salicylic acid pathways.