plant (other)

The paper shows how COOLAIR co-transcriptional dynamics integrate temperature fluctuations to repress FLC through chromatin regulation.

The paper quantifies water uptake depths of grassland species and finds differentiation within a shallow soil zone, stronger in drier conditions, but not captured by broad functional classifications.

This study uses phylogenomic data to analyze diversification patterns in Astragalus, revealing heterogeneous diversification rates and evidence for whole-genome duplication in a key lineage.

This study shows indaziflam, a cellulose biosynthesis inhibitor herbicide, only affects organisms with cellulose-containing cell walls, not those with chitin or glycoprotein walls.

The paper examines seed-associated fungal communities in elm trees with varying resistance to Dutch elm disease, finding distinct mycobiome compositions linked to resistance levels.

The paper identifies HSFB1 as a regulator coordinating developmental and stress response programs in land plants using snRNA-seq and gene network analysis.

This study examines gene flow and genomic structure in Dudleya abramsii ssp. setchellii, finding strong isolation by distance and limited seed dispersal contributing to spatial genetic structure.

The paper identifies latitudinal clines in gene variants related to defence and reproductive pathways in Norway spruce, suggesting local adaptation to climate conditions.

This study identifies a shared paleopolyploid event and its role in the C3-to-C4 photosynthetic transition in Heliantheae alliance species through genome analysis and phylogenetic association mapping.

The paper develops a high-fidelity CRISPR-Cas13d system for RNA depletion in Plasmodium falciparum, achieving significant target mRNA reduction and functional impairment of sexual differentiation.

The paper identifies RabE and RabA-mediated trafficking as distinct pathways in plant pre-invasive immunity, with RabE specific to powdery mildew and RabA to oomycete pathogens.

This study evaluates hyperspectral reflectance for predicting biomass and traits in duckweed, finding limited accuracy for some traits but improved performance with PLSR modeling.

This study identifies novel transcriptional regulators of somatic embryogenesis in sorghum by analyzing genotype-specific barriers and the effects of developmental regulators.

This study uses split-TurboID to identify PfAlba2 protein interactions in Plasmodium falciparum, revealing its role in RNA metabolism and translation during blood stage development.

This study generates a transcriptomic atlas of Bostrychia moritziana to investigate the regulatory architecture and evolution of its triphasic life cycle, revealing modular gene regulation and evolutionary integration of developmental programs.

The paper shows how a nitrilase gene was co-opted to confer herbicide resistance in weeds through coding and regulatory changes.

This study investigates the molecular and phytochemical differences between two types of Tibetan medicine 'Talegabao' and 'Talenabao' from Rhododendron species on the Qinghai-Xizang Plateau, identifying DNA barcode and chemical markers for their discrimination.

This study compares drought response and recovery in wild, feral, and domesticated Brassica rapa, finding that some wild accessions show high biomass retention and recovery, suggesting their value for breeding drought-resistant crops.

This study identifies PfAlba4 as a key RNA-binding protein in P. falciparum, showing its role in blood stage development and post-transcriptional regulation through proteomic and RIP-seq analyses.

The paper examines genomic variation across nine co-occurring plant species in an Australian mountain range, finding shared spatial patterns but differing associations with geographic and environmental factors.

This paper presents a chromosome-scale genome of Spondias tuberosa, revealing conserved genome architecture and gene family expansions in Anacardiaceae.

This study shows that suppressing SDP1 in soybean seeds increases seed size and biomass by altering cell size, cell wall composition, and phytohormone levels.

This study identifies sex-determining genes and links them to self-incompatibility in an androdioecious plant species.

Genomes2Genes converts Progressive Cactus alignments into validated gene-level alignments, identifying de novo genes and enabling evolutionary analysis.

The paper constructs a population-scale isoform atlas for lettuce and develops ISONET-GWAS to analyze isoform-based trait associations and regulatory mechanisms.

The paper expands and evaluates the PedMan system to manage peacock eye disease across olive cultivars with different susceptibility levels, achieving high accuracy in fungicide recommendations.

The paper investigates whether urban-rural differences in selection or pollen limitation explain a flower colour cline in Hesperis matronalis, finding no significant effects.

The paper identifies SEC16A/MAG5 as essential for ABA receptor homeostasis by mediating ER export and trafficking, impacting ABA signaling without affecting ABA levels.