Plant Molecular Biology Research

This study edits the barley HvAOC gene, showing it regulates maternal tissue growth and grain size via jasmonate biosynthesis.

This study shows ELF3, a circadian clock component, restricts lateral root development by maintaining rhythmic gene expression and interacting with hormonal signals in Arabidopsis.

The paper investigates how phosphorylation variants of GPA1 affect G protein activity and Arabidopsis development, revealing distinct functional outcomes based on phosphorylation sites.

The paper shows that MAP70-2 is necessary for proper cell division orientation during lateral root development in Arabidopsis, enabling three-dimensional differential growth.

The paper identifies gene networks regulating early endosperm proliferation and BETL differentiation in maize, linking them to seed size and sugar-sensing pathways.

The paper investigates how auxin modulates cell-to-cell variation during Arabidopsis root development, showing it both amplifies and constrains transcriptional variation during organogenesis.

This study identifies two functional modules in the N-terminal IDR of SGS3, showing that the NCR is critical for secondary siRNA production while the PrLD is involved in phase separation.

This study constructs a single-cell transcriptomic atlas of tomato adventitious root development, identifying vascular tissues as key regulators of cell fate transitions and revealing conserved molecular mechanisms across species.

This study shows that PUB41, an E3 ubiquitin ligase, regulates root hair development in Arabidopsis by interacting with the auxin transporter PIN2, affecting auxin levels and distribution.

This study identifies REMORIN proteins as inhibitors of H+-ATPases that promote extracellular pH alkalinization, regulating root development in Arabidopsis.

This review explores the spatial and temporal roles of MADS-box transcription factors in floral organ development, emphasizing their late-stage functions and cell-type-specific expression patterns.

This study identifies MpSABATH2 in liverwort Marchantia polymorpha as essential for development, linking it to gibberellin metabolism and showing convergent evolution of SABATH functions in land plants.

This study shows carbon availability promotes gemma cup formation in Marchantia polymorpha by inducing cytokinin signaling, increasing expression of MpGCAM1 and MpSTG, and this mechanism is evolutionarily conserved with flowering plants.

This study shows that salicylic acid induces apoplast alkalinization via TMK1, leading to growth restriction independent of auxin signaling.

This study identifies RGF peptide signaling as critical for Arabidopsis root adaptation to non-lethal thermal stress, showing it mitigates stress effects and promotes root system complexity.

The paper shows that SOSEKI proteins respond to local mechanical and growth differences, linking tissue mechanics to polarity and axis establishment during lateral root organogenesis.

The paper investigates how shared cis-regulatory elements affect the function of the mitochondrial pyruvate dehydrogenase complex in Arabidopsis thaliana by mutating these elements in nine genes and analyzing the resulting phenotypes.

This study identifies a miR166-REVOLUTA-auxin regulatory module that influences tuber shape, pigmentation, and productivity in potato.

This study identifies how incomplete functional divergence of SEPALLATA MADS-box genes drives genetic synergy in tomato floral development through residual redundancy and non-additive expression.

This study shows GA induces MT reorientation through a non-transcriptional DELLA-PFD mechanism, while also indirectly driving MT reorientation via transcriptional pathways.

This study identifies and characterizes bHLH transcription factors in gymnosperms and ferns, showing their conserved and overlapping roles in stomatal development.

This study identifies gene regulatory modules involved in Antirrhinum flower shape development by analyzing gene expression patterns along developmental axes and boundaries.

The paper shows how a small-molecule clock modulator can quantitatively alter the critical day length required for flowering in monocots.

This study shows auxin induces autophagy for developmental reprogramming in plants, linking it to gene expression and organogenesis.

This study shows that MpSWI3 regulates male sex determination in Marchantia polymorpha by modulating reproductive and vegetative growth transitions.

The paper identifies a non-coding SNP in ELF3 that affects ELF3β expression and contributes to Arabidopsis adaptation to continental climates.

The paper examines the time- and space-resolved expression of kinases, E3 ligases, and transcription factors in Arabidopsis thaliana to understand their role in metabolic regulation and stress responses.

The paper investigates how microtubule orientations in plant cells are coordinated at the tissue level through cellular-level sensing mechanisms rather than direct microtubule stress sensing.

The paper identifies that tryptophan-binding pockets in Arabidopsis AGO1 are essential for RDR6-dependent siRNA amplification through interactions with SGS3.

The paper shows that cytosolic Ca2+ acts as a universal signal for rapid root growth regulation in response to various stimuli.