Table of Contents

Metabolite QTL for secondary metabolism in a Solanum pennelli introgression line population show different modes of inheritance and network properties linking the traits.

An alternative, tissue-specific pathway yielding a common homoterpene volatile in roots is implicated in defense against soil borne pathogens, revealing plasticity in volatile homoterpene biosynthesis and function.

An Arabidopsis kinase interacts with and phosphorylates a cyst nematode effector protein, which then translocates to the nucleus and interacts with a transcription factor to enhance pathogenicity.

A protein that regulates secretion targets one of two homologous and functionally overlapping SNARE (vesicle trafficking) proteins in Arabidopsis to drive traffic and is important for recycling of the SNARE complex.

While combinatorial coupling of monolignols to oligolignols is known to occur in the apoplast, this process also occurs in the cytoplasm, followed by glycosylation and import into the vacuole.

Feedback regulation of the key gene in the ascorbate biosynthesis pathway, GDP Galactose Phosphorylase, is controlled at the level of translation by an upstream open reading frame with a noncanonical initiation codon.

Using RNA-Seq and end-mapping, we showed that two Arabidopsis Mini-III proteins, which are putative double-stranded plastid endonucleases, process rRNA, introns, and a plastid noncoding RNA.

The small GTPase ROP10 regulates the reestablishment of cell polarity, leading to root hair deformation in legumes during root nodule symbiosis.

Triple mutants of three sucrose-transporting SWEETs show reduced seed yield, indicating that multiple sucrose translocation pathways move sugar from the maternal to the filial tissues.

Arabidopsis protein NCA1 interacts with catalases in the cytosol and increases catalase activity through maintaining catalase folding state, which is required for stress responses.

Arabidopsis protein NCA1 interacts with catalases in the cytosol and increases catalase activity through maintaining catalase folding state, which is required for stress responses.

A trihelix transcription factor downstream of a MAP kinase cascade negatively regulates plant immune gene expression.

Arbuscular mycorrhizal fungi produce a variety of signaling molecules that are shown to promote symbiosis signaling in a range of plant species.

An Arabidopsis kinase interacts with and phosphorylates a cyst nematode effector protein, which then translocates to the nucleus and interacts with a transcription factor to enhance pathogenicity.

While combinatorial coupling of monolignols to oligolignols is known to occur in the apoplast, this process also occurs in the cytoplasm, followed by glycosylation and import into the vacuole.

RNA profiling of maize kernel compartments revealed coexpression modules for each major cell type in the endosperm, including a module regulating differentiation of the basal endosperm transfer layer.

Metabolite QTL for secondary metabolism in a Solanum pennelli introgression line population show different modes of inheritance and network properties linking the traits.

Metabolite QTL for secondary metabolism in a Solanum pennelli introgression line population show different modes of inheritance and network properties linking the traits.

Arbuscular mycorrhizal fungi produce a variety of signaling molecules that are shown to promote symbiosis signaling in a range of plant species.

A protein that regulates secretion targets one of two homologous and functionally overlapping SNARE (vesicle trafficking) proteins in Arabidopsis to drive traffic and is important for recycling of the SNARE complex.

Arabidopsis protein NCA1 interacts with catalases in the cytosol and increases catalase activity through maintaining catalase folding state, which is required for stress responses.

Two transcription factors, SOD7/NGAL2 and DPA4/NGAL3, regulate seed and organ size by repressing the expression of KLU, suggesting that they are promising targets for crop improvement.

A trihelix transcription factor downstream of a MAP kinase cascade negatively regulates plant immune gene expression.

Feedback regulation of the key gene in the ascorbate biosynthesis pathway, GDP Galactose Phosphorylase, is controlled at the level of translation by an upstream open reading frame with a noncanonical initiation codon.

An Arabidopsis kinase interacts with and phosphorylates a cyst nematode effector protein, which then translocates to the nucleus and interacts with a transcription factor to enhance pathogenicity.

Despite the paradigm that noncellulosic cell wall polysaccharides are synthesized in the Golgi, compelling evidence suggests that (1,3;1,4)-β-d-glucans are assembled at the plasma membrane.

Using RNA-Seq and end-mapping, we showed that two Arabidopsis Mini-III proteins, which are putative double-stranded plastid endonucleases, process rRNA, introns, and a plastid noncoding RNA.

A trihelix transcription factor downstream of a MAP kinase cascade negatively regulates plant immune gene expression.

The IVc subgroup bHLH transcription factor bHLH104 interacts with ILR3 to regulate the Arabidopsis Fe deficiency responses via targeting the Ib subgroup bHLH genes and PYE expression.

Expression of circadian clock genes in rice, individually responding to given field conditions, coordinately encode punctual internal time irrespective of weather, daylength, or developmental stage.

Arabidopsis protein NCA1 interacts with catalases in the cytosol and increases catalase activity through maintaining catalase folding state, which is required for stress responses.

An alternative, tissue-specific pathway yielding a common homoterpene volatile in roots is implicated in defense against soil borne pathogens, revealing plasticity in volatile homoterpene biosynthesis and function.

Despite the paradigm that noncellulosic cell wall polysaccharides are synthesized in the Golgi, compelling evidence suggests that (1,3;1,4)-β-d-glucans are assembled at the plasma membrane.

A trihelix transcription factor downstream of a MAP kinase cascade negatively regulates plant immune gene expression.

The identification of Opaque2 DNA binding targets clarified its direct target genes and revealed its broad transcriptional regulation during endosperm development.

Arabidopsis protein NCA1 interacts with catalases in the cytosol and increases catalase activity through maintaining catalase folding state, which is required for stress responses.

Arabidopsis protein NCA1 interacts with catalases in the cytosol and increases catalase activity through maintaining catalase folding state, which is required for stress responses.

The small GTPase ROP10 regulates the reestablishment of cell polarity, leading to root hair deformation in legumes during root nodule symbiosis.

Arabidopsis protein NCA1 interacts with catalases in the cytosol and increases catalase activity through maintaining catalase folding state, which is required for stress responses.

The IVc subgroup bHLH transcription factor bHLH104 interacts with ILR3 to regulate the Arabidopsis Fe deficiency responses via targeting the Ib subgroup bHLH genes and PYE expression.

Arabidopsis protein NCA1 interacts with catalases in the cytosol and increases catalase activity through maintaining catalase folding state, which is required for stress responses.

A kinase complex regulates phosphate transporter trafficking in response to phosphate, inhibiting interaction with the factor regulating exit from the endoplasmic reticulum to the plasma membrane.

RNA profiling of maize kernel compartments revealed coexpression modules for each major cell type in the endosperm, including a module regulating differentiation of the basal endosperm transfer layer.

RNA profiling of maize kernel compartments revealed coexpression modules for each major cell type in the endosperm, including a module regulating differentiation of the basal endosperm transfer layer.

A genetic and molecular mechanism involving the ubiquitin receptors DA1, DAR1, and DAR2 and the transcription factors TCP14 and TCP15 links cell and organ growth with the regulation of endoreduplication.

The small GTPase ROP10 regulates the reestablishment of cell polarity, leading to root hair deformation in legumes during root nodule symbiosis.

A kinase complex regulates phosphate transporter trafficking in response to phosphate, inhibiting interaction with the factor regulating exit from the endoplasmic reticulum to the plasma membrane.

An Arabidopsis kinase interacts with and phosphorylates a cyst nematode effector protein, which then translocates to the nucleus and interacts with a transcription factor to enhance pathogenicity.

Feedback regulation of the key gene in the ascorbate biosynthesis pathway, GDP Galactose Phosphorylase, is controlled at the level of translation by an upstream open reading frame with a noncanonical initiation codon.

Expression of circadian clock genes in rice, individually responding to given field conditions, coordinately encode punctual internal time irrespective of weather, daylength, or developmental stage.

The identification of Opaque2 DNA binding targets clarified its direct target genes and revealed its broad transcriptional regulation during endosperm development.