Horticultural Plant Research
@HortiPlant
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Covering Fruit, Vegetable, Ornamental Plants, Beverage Crops, Medicinal Plants & Horticultural Technology. 6 open-access journals by MAP.
Joined February 2021
#OPR.Study reveals Gesneriaceae's rich metabolites & antioxidant potential. New varieties 'Purple Sundae' & 'Spring of Beilin' show promise for ornamental & medicinal use. @MaximumAcademic @PlantPhys @BFU_IC #Gesneriaceae #PlantScience.Details:
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#FruitRes.New high-quality genome of strawberry 'Ruegen' (221.31 Mb) reveals key anthocyanin gene differences vs octoploids, advancing Rosaceae genomics. @MaximumAcademic @ThePlantCell #Fragaria #PlantGenomics.Details:
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#MPB .Study identifies key berberine biosynthetic genes (BaNCS4, Ba6OMT4, Ba4'OMT2 & BaSOMT1) in Berberis amurensis. Ba4'OMT2 shows superior catalytic efficiency for synthetic biology applications. @MaximumAcademic @Stressed_plants #PlantBiotech.Details:
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#MPB.Review explores Ophiocordyceps sinensis: rare medicinal fungus with anti-cancer & immune benefits. Omics reveal cordycepin/polysaccharide pathways, but research gaps remain. @MaximumAcademic @NewPhyt #MedicinalMushrooms #TCM.Details:
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#VegetableRes.Continuous light boosts celery flavonoid genes (AgCHS/AgFNS/AgF3'H) vs short photoperiods, enhancing flavonoid production. @MaximumAcademic @NewPhyt #PlantScience #CircadianRhythms.Details:
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#MPB.New tissue culture-free method transforms medicinal plants (51.7% efficiency) using optimized Agrobacterium & mechanical damage. @MaximumAcademic @PlantPhys #PlantBiotech #MedicinalPlants.Details:
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#BPR.New insights into tea's health-boosting galloylated catechins! Study reveals 'galloylation-degalloylation cycle' pathway involving UGT84A22, SCPL-AT & tannase enzymes. @MaximumAcademic @sci_plant #TeaScience #PlantBiochemistry.Details:
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#OPR.Study identifies 314 CYP450 genes in Lagerstroemia indica, revealing LiF3'H & LiF3'5'H as key players in anthocyanin synthesis. New insights for ornamental plant breeding. @MaximumAcademic @AbioticStress #Horticulture #PlantScience.Details:
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#FruitRes.Blueberry study identifies VcLOB107 as key regulator of fruit firmness! Overexpression in tomatoes increases firmness, reduces PG activity & water-soluble pectin. @MaximumAcademic @NewPhyt @StudyatZJNU #Horticulture #PlantScience.Details:
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#TIH.Optimized orchid growth! Study finds 3:4 fir-perlite mix + EM microbes + 20 Osmocote pellets boosts leaf N/P & root development in Cymbidium. @MaximumAcademic @NewPhyt #OrchidCare #HorticultureTech.Details:
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#VegetableRes.PPR gene Brgl1 regulates chloroplast development in pakchoi. Mutant shows gray leaves, reduced photosynthesis due to retrotransposon insertion. @MaximumAcademic @NewPhyt #PlantScience #Horticulture.Details:
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#FruitRes.Study identifies 30 sugar transporter (STP) genes in apples, revealing their roles in growth & hormone response. MdSTP3/13/23 dominate fruit expression, regulated by MdERF & auxin. @MaximumAcademic @aBIOTECH5 #PlantScience #Horticulture.Details:
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#MPB.Study reveals how environmental stress shapes geo-herbalism in Atractylodes lancea, a Dao-di herb. High temp & nutrient stress drive its unique traits & quality. @MaximumAcademic @PlantPhys @CCZhang_cyano #TCM #PlantEvolution.Details:
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#FruitRes.Study reveals manganese & jasmonic acid play key roles in bayberry's defense against Roucongbing disease. WRKY genes & PR1 protein upregulated in resistant fruits. @MaximumAcademic @PlantPhys #PlantHealth #Horticulture.Details:
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#BPR.Thai Arabica coffee's roast levels alter phytochemicals & aromas: Light roasts retain phenolics, dark boosts caffeic acid. Key for nutraceutical innovation. @MaximumAcademic @PlantPhys #SpecialtyCoffee #SustainableFood.Details:
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#TIH.Bacillus amyloliquefaciens JK2 inhibits Phytophthora capsici by 90.48% in vitro & boosts pepper defenses (SOD↑159%, CAT↑479%). A sustainable biocontrol breakthrough. @MaximumAcademic @PlantPhys #SustainableAg #PlantHealth.Details:
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#FruitRes.Study identifies peach MADS-box gene PpAGL24 as key regulator of root growth & nitrogen use efficiency. Overexpression boosts lateral roots & nitrogen uptake. @MaximumAcademic @PlantPhys @sci_plant #Horticulture #SustainableAg.Details:
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#FruitRes.Study reveals blueberry gene VcTT2 boosts drought tolerance by enhancing antioxidant enzymes & reducing ROS. Key discovery for drought-resistant blueberry breeding. @MaximumAcademic @aBIOTECH5 @BFU_IC #PlantScience #Horticulture.Details:
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#FruitRes.Study reveals autumn pruning boosts blueberry flowering via sucrose signaling! Sucrose triggers key genes (VcFT, VcSOC1) & sugar metabolism for floral induction. @MaximumAcademic @sci_plant @BFU_IC #Horticulture #PlantScience.Details:
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#FruitRes.Breakthrough! Negative pressure transforms pear pollen into a 4-min gene carrier. GFP & apple genes expressed in embryos & pollen tubes. @MaximumAcademic @NewPhyt #AgBiotech #Horticulture.Details:
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