Top Tweets for #vegetableRes
#VegetableRes
A. rhizogenes with RUBY marker enables efficient hairy root induction and plant regeneration in Brassica juncea, yielding red-leaf transformants.
@HortiPlant #GeneticTransformation #RUBYMarker
Details: https://t.co/woAmx8lROy
#VegetableRes
Fine-mapping of chili pepper yellow-green mutant identifies CaLAP2 with a Gly→Glu substitution. KASP marker shows 96.5% phenotype association.
@HortiPlant #Pepper #LeafColorMutant
Details: https://t.co/RswVnpCVtJ
#VegetableRes
Trehalose enhances plant abiotic stress tolerance (drought, salt, heat, cold) via antioxidant systems, photosynthesis protection, osmotic adjustment, and ABA signaling.
@MaximumAcademic @NewPhyt #Trehalose #AbioticStress
Details: https://t.co/6TI1cJDicx
#VegetableRes
Polyploidy (WGD) in vegetable crops studied via genome sequencing; multi-omics reveals domestication history, differentiation, and molecular mechanisms of complex traits.
@MaximumAcademic @NewPhyt #Polyploidy #VegetableGenomics
Details: https://t.co/35hIepsA9j
#VegetableRes
Lotus accumulates 59 benzylisoquinoline alkaloids, predominantly R-conformers in leaves/plumule; biosynthesis, extraction , and pharmacological activities reviewed.
@MaximumAcademic @PlantPhys #BenzylisoquinolineAlkaloids #Lotus
Details: https://t.co/QqOo7gRjHV
#VegetableRes
102 LsAAT genes identified in lettuce; 40% expanded via duplication; light-regulated members correlate with phenolic content and stress adaptation.
@HortiPlant #AminoAcidTransport #LightRegulation
Details: https://t.co/VPgx7cf4IC
#VegetableRes
Golden-hour water use efficiency (GHW) leverages early-morning low VPD to balance photosynthesis and transpiration; phenomics enables high-throughput screening for breeding.
@MaximumAcademic @NewPhyt #WaterUseEfficiency #Phenomics
Details: https://t.co/b30dGS4c7q
#VegetableRes
Common bean seed coat proteome reveals 919 upregulated proteins during germination; NDPK and T2 ribonuclease families increase, supporting active nucleotide metabolism.
@HortiPlant #SeedCoat #Proteomics
Details: https://t.co/g6OwAYFee8
#VegetableRes
ClOr1 SNP (G/T, Trp/Cys) distinguishes white from non-white watermelon; ClOr1 overexpression increases carotenoids 1.8- to 19.2-fold in tomato.
@MaximumAcademic @PlantCellEnvir #CarotenoidBiosynthesis #WatermelonBreeding
Details: https://t.co/DZvTYN1mTF
#VegetableRes
MYB and bHLH transcription factors coordinate glandular trichome development and terpenoid biosynthesis in Artemisia, tomato, and other crops.
@MaximumAcademic @ThePlantCell #GlandularTrichomes #TerpenoidBiosynthesis
Details: https://t.co/AFI6BsAaeP
#VegetableRes
Watermelon andromoecy locus a fine-mapped to 82 kb interval on Chr3; ClACS7 is the candidate. Marker Chr03_29539131 aids MAS breeding.
@HortiPlant #Watermelon #FlowerSex
Details: https://t.co/WWHs6p81qy
#VegetableRes
Viral infections harm Allium crops, and this review explores related interactions and control measures
@HortiPlant #AlliumCrops #PlantVirology
Details: https://t.co/grYMq1ZU4f
#VegetableRes
GABA metabolism, driven by CsGS1, boosts low‑N tolerance in cucumber. A split‑root + 15N system reveals high‑NUE germplasm G47.
@HortiPlant #Cucumber #NitrogenUseEfficiency
Details: https://t.co/EIcDiSIoF3
#VegetableRes
A. rhizogenes with RUBY marker enables efficient hairy root induction and plant regeneration in Brassica juncea, yielding red-leaf transformants.
@MaximumAcademic @PlantPhys #GeneticTransformation #RUBYMarker
Details: https://t.co/4f5vuBpTkf
#VegetableRes
SmMYB44-l represses anthocyanin biosynthesis in eggplant by downregulating SmMYB75 and structural genes via its EAR motif.
@MaximumAcademic @ThePlantCell #Anthocyanin #TranscriptionRepressor
Details: https://t.co/EZKgzayL3j
#VegetableRes
The RUBY chromogenic system delivers stable, visual transgene monitoring across Arabidopsis, tobacco & tomato—with Cas9-P2A-RUBY for real-time editing tracking.
@HortiPlant #PlantBiotech #RUBYSystem
Details: https://t.co/JpoUqQVjYl
#VegetableRes
Study identifies CaActin1 & CaGAPDH2 as optimal RT-qPCR reference genes for pepper across tissues & stress, enhancing gene expression accuracy.
@MaximumAcademic @aBIOTECH5 #Pepper #RTqPCR
Details: https://t.co/JfdEGvgYGI
#VegetableRes
32 LsCIPK genes identified in lettuce, with LsCIPK7/26/32 strongly responding to abiotic stress. A key resource for breeding stress-resilient varieties.
@HortiPlant #Lettuce #AbioticStress
Details: https://t.co/ogbke01l1A
#VegetableRes
Silencing PAL/C4H/CAD boosts tomato resistance to ToBRFV and stops brown spots, while POD silencing raises susceptibility—lignin & ROS are key.
@HortiPlant #Tomato #ToBRFV
Details: https://t.co/AYOdN3FQmI
#VegetableRes
Optimal cucumber powdery mildew assay found! 🥒🦠 T3 method hits 89% disease index—rapid early resistance screening for better breeding.
@HortiPlant #method #index #powderymildew
Details: https://t.co/Zw3QFLnRMI
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