A chromosome-scale spinach genome reveals key circadian and floral initiation gene networks linked to bolting time.
Plant Gene Expression Analysis
Moving in Plant Physiology and Biochemistry, Plant, Cell & Environment, Journal of Experimental Botany, bioRxiv, Nature Communications, Biotechnology advances, Frontiers in Genetics and eLife.
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Chalcone synthase (CHS) is a key enzyme in flavonoid biosynthesis, with its structure, regulation, and engineering strategies enabling enhanced flavonoid production.
SlNOA1 acts as a negative regulator of leaf senescence in tomato, with knockout mutants showing accelerated senescence and reduced chlorophyll content.
13C labeling shows that formate production from glyoxylate does not significantly contribute to C1 metabolism in Arabidopsis leaves, even with metabolic engineering.
- Open access
Recent advances in site-specific DNA methylation and demethylation enable targeted epigenetic editing in plants, offering new avenues for crop improvement.
Omics research has advanced safflower's climate resilience, oil quality, and bioactive compounds, but key gaps remain in multi-omics integration and functional validation.
- Open access
ABI4 inhibits GLK1 and GLK2 activities to prevent protochlorophyllide accumulation and seedling death in light-exposed etiolated Arabidopsis seedlings.
- Open access
PhDEF exhibits a major regulatory action in the petal epidermis, with significantly more prominent binding activity compared to the mesophyll in petunia flowers.
- Open access
The PfMYB33-PfbHLH11 complex regulates anthocyanin biosynthesis and leaf coloration in Perilla frutescens, with PfMYB33 highly correlated with anthocyanin accumulation.
- Open access
StWRKY31, a WRKY transcription factor from Salix triandra, is identified as a positive regulator of freezing tolerance in Arabidopsis, enhancing survival under cold stress.
- Open access
The NtEREBP1-NtWRKY6a-NtPAL3 module increases Nicotiana tabacum resistance to UV-B by promoting flavonoid accumulation, with NtWRKY6a overexpression enhancing UV-B tolerance.
- Open access
The cotton transcription factor GhYP enhances petal size by promoting brassinosteroid biosynthesis and epidermal cell expansion, with petal size reduced by 06:00 on 0 DPA in mutants.
- Open access
Exogenous brassinosteroids enhance saikosaponin biosynthesis and alter spatial metabolite distribution in Bupleurum chinense under drought and salinity stress.
- Open access
RsFLC1 and RsSAM1 genes regulate bolting time in radish, with RsFLC1 acting as a negative regulator and RsSAM1 promoting early flowering.
- Open access
Loss-of-function zmnac20 mutants show increased drought sensitivity, confirming ZmNAC20's role in positively regulating drought tolerance in maize seedlings.
- Open access
Overexpression of the β-carotene hydroxylase (BCH) gene enhances antioxidant capacity and stress protection in plants by increasing zeaxanthin and regulating ROS and heat dissipation.
- Open access
CsWRKY24-4 and CsWRKY24-5 transcription factors significantly enhance cold tolerance in tea plants, with CsWRKY24-5 directly interacting with the CsERF061 promoter.
- Open access
CeNAC48 negatively regulates starch biosynthesis in taro by directly binding to key gene promoters, with overexpression reducing starch content in taro and tobacco.
- Open access
MdγMYB2 is a positive regulator of shoot and internode elongation in apple, with overexpression increasing plant height and cell length in transgenic lines.
- Open access
LNC159c negatively regulates anthocyanin biosynthesis via miR159c in Malus spectabilis under low nitrogen conditions.
- 5 cites
VfUGT87H9 boosts Fusarium resistance in Vernicia fordii by increasing myricetin-glucoside levels, with transgenic plants showing significantly higher pathogen defense.
- Open access
- 1 cites
Gb3 encodes a kinase-pseudokinase fusion protein that confers greenbug resistance in wheat, with transgenic expression enhancing resistance and knockout increasing susceptibility.
- Open access
Overexpression of AsMYB4 in Arabidopsis represses flavonoid biosynthesis, impairs filament elongation, and reduces pollen viability, indicating its role in male fertility regulation.
- Open access
Loss of DET1 in high pigment 2 tomato prevents high temperature repression of anthocyanin biosynthesis by stabilizing HY5, enabling sustained pigment production under heat stress.
- Open access
- 9 cites
WRKY14-DPB module activates UGT84B1, boosting hydrolyzable tannin production and increasing drought tolerance in Litsea cubeba by 2.5-fold.
- 5 cites
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