Plant Molecular Biology Research

This study identifies that RGF1 regulates PLT2 protein stability via ROS-dependent modification of a cysteine residue, affecting root meristem development.

This study identifies roles for CLAVATA genes in moss vegetative and reproductive development through promoter analysis and mutant studies.

The paper identifies SRFR1 condensates in lateral root cap cells that regulate root growth through polymerization and shows dehydrins can substitute IDR1 function, enabling improved root growth through targeted modification.

The paper develops a k-mer pipeline to predict gene expression and identify transcription factor binding motifs in plant stress responses, introducing the PREDICT database.

This study identifies and analyzes the SBT gene family in soybean, revealing 118 members grouped into six subgroups and providing insights into their expression and regulatory features.

This paper reviews BR gene functions across plant species to identify conserved and diversified roles, using phylogenetic analysis and transcriptomic data to guide future research.

The paper shows that high ATML1 concentrations induce VLCFA synthesis, which maintains giant cell identity by promoting auto-activation through lipid ligand binding.

This study identifies TAC3 and its homologues as transcriptional co-activators that regulate age-dependent floral transition by modulating miR156 expression in Arabidopsis and Chinese fir.

This study identifies ABCC10 as a vacuolar transporter of IBA in Arabidopsis, essential for root and leaf development and IBA-to-IAA conversion.

This study investigates the expression of PF06830 root cap proteins across 49 root transcriptome studies in 14 species, revealing both positive and negative effects of environmental and developmental factors on their expression.

The paper analyzes morphological and genetic differences in inflorescence and flower development between male and female hemp plants, identifying early divergence in developmental pathways.

The paper shows that AtPIN5 in tobacco cells induces PCD and reveals its role in the auxin decarboxylation pathway.

The paper performs computational transcriptomic and comparative genomic analysis of the dead box RNA helicase gene AT2G45810 in Arabidopsis thaliana to explore its tissue-specific expression patterns and functional roles.

This study identifies HDACs HDA9 and HDA19 as critical for reprogramming plant root regeneration by repressing old identities and stress responses, followed by cell division rate modulation.

This study identifies a protein complex, StTCP4.1-StDA1-StHDR1, that regulates aurantio-obtusin accumulation and seed size in Senna tora.

The paper shows that FERONIA (FER) activates its homologs through dimerization-dependent allosteric activation, with ROS enhancing dimerization and impacting plant responses like ABA-mediated stomatal movement.

This study investigates the role of ABP1 in Arabidopsis thaliana under different light and temperature conditions, showing its effects on root growth, hypocotyl inhibition, flowering time, and dehydration tolerance.

The paper develops an integrated RLK data model across 528 plant genomes, identifies 524,948 RLK members, discovers two novel families, and provides tools for functional inference and ecological adaptation analysis.

This study identifies liverwort-specific miRNAs in Marchantia polymorpha, their expression patterns, gene structures, and potential targets, suggesting roles in developmental regulation.

The paper shows TIR1/AFB auxin receptors have both adenylate and guanylate cyclase activities, mediating transcriptional reprogramming and rapid Ca2+-dependent growth responses.

This study examines how tuberigen (StSP6A) knockdown affects tuber onset timing and canopy senescence in potato, showing delayed tuberization and senescence with increased tuber size variance.

This study identifies xylem-located cytokinin oxidase/dehydrogenase (CKX) activity in oats, showing its role in modulating root-to-shoot cytokinin translocation through metabolic degradation.

The paper identifies polarity domains in Arabidopsis stomatal lineage cells and their associated proteins using proteomics and structural modeling, revealing their role in cell division and pore formation.

This study uses multi-omics approaches to analyze grapevine dormancy-to-budburst transition, identifying gene expression changes, miRNA regulation, and DNA methylation patterns.

This study identifies hub genes regulating female and male cone development in Pinus densiflora by analyzing transcriptomes across developmental stages.

This study uses spatial transcriptomics to identify trichome-related genes in peach fruits, revealing a novel marker gene involved in trichome development.

This study identifies dicer-like3 as essential for paramutation in Zea mays, showing its role in maintaining repression at specific loci despite minimal changes in DNA methylation.

This study shows that CYP79B2 and CYP79B3 regulate lateral root density under salt stress by producing the auxin precursor indole-3-acetonitrile (IAN).

This study identifies HDL, a homeodomain-like protein that regulates chromatin organization and influences leaf epidermal cell fate by modulating gene expression and cell heterogeneity.