MolecularHorticulture

MolHort Editorial Office
Molecular Horticulture is a premier horticulture journal newly launched by Shanghai Jiao Tong University with Springer Nature.

[MolecularHorticulture @MolHort]

📑Review
Advances in molecular breeding of medicinal plants
https://t.co/wd7O3NpCxG

[MolecularHorticulture @MolHort]

📑Review
From signals to solutions: stress-induced leaf senescence and synthetic biology and AI approaches for crop resilience
https://t.co/hUFnXYi2Vv

[MolecularHorticulture @MolHort]

📑Stress-induced MAPK (SIMK)-dependent organization of microtubules in alfalfa https://t.co/7TohghckFw

[MolecularHorticulture @MolHort]

📑Integrative machine learning and gene regulatory network analysis identifies novel genes for leafy head formation in Brassica rapa and B. oleracea
https://t.co/s3oWtjwUEe

[MolecularHorticulture @MolHort]

📑The T2T genome assembly of Ziziphus jujuba ‘Huizao’ and pan-genome analyses provide insights into fruit texture diversity in jujube
https://t.co/bnvxorri9Q
@PlantEditors

[MolecularHorticulture @MolHort]

📣 We are proud to announce that the CiteScore 2025 Molecular Horticulture obtained is 12.7, ranking 3rd in Horticulture category , 16th in Plant Sciences category, 13th in Agronomy and Crop Science category and 47th in Molecular Biology category.
https://t.co/ArPmIAmA9t

[MolecularHorticulture @MolHort]

📑Haplotype-resolved genome of ‘Pinot Noir’ reveals DNA polymorphisms and allele-specific expression shaping terroir adaptation
https://t.co/Hns1ExTLjw

[MolecularHorticulture @MolHort]

📑DIMORPH: an integrated multi-omics resource for camptothecin-producing plants
https://t.co/t4jwGrLm1C
@PlantEditors

[MolecularHorticulture @MolHort]

📑Blue light receptor phot2 collaborates with NRL-30 to negatively regulate immunity by reducing mitochondrial protein PRXIIF stability in potato
https://t.co/s10uzQcgAF
@PlantEditors

[MolecularHorticulture @MolHort]

📑ClBCM: an EMS mutated gene regulating chlorophyll synthesis and adaptation to diverse stresses in watermelon
https://t.co/9ioNka5hmo

[MolecularHorticulture @MolHort]

📑Chromosome-level genome assembly of Tamarindus indica provides new insights into the evolution of triterpenes and tartaric acid biosynthetic pathway
https://t.co/G9lzhDQlK7

[MolecularHorticulture @MolHort]

📑PsGA2ox2 is a novel target of miR159 involved in endodormancy regulation in tree peony (Paeonia suffruticosa)
https://t.co/DFRKqQXEtX
@PlantEditors

[MolecularHorticulture @MolHort]

📑Genetic control of tomato fruit cracking through SlPMEI27-dependent pectin modification
https://t.co/OB54cDmyCH
@PlantEditors

[MolecularHorticulture @MolHort]

📑Cold storage delays peach fruit softening via m6A reader PpYTHDFE1 liquid-liquid phase separation-mediated degradation of cell wall-loosening transcript PpEXP3
https://t.co/0OBB2VT4vZ
@PlantEditors

[MolecularHorticulture @MolHort]

📑 Convergent roles of BcGUN4.1, BcSG1, BcCHLH, and BcTPR4 in regulating the leaf greenness of non-heading Chinese cabbage
https://t.co/yUckhwdpLo

[MolecularHorticulture @MolHort]

📑 LncRNA7503 decreases peach (Prunus persica) branch number and angle by inducing pre-miR395a degradation and reducing bioactive BR content
https://t.co/GZKN3t7zJD

[MolecularHorticulture @MolHort]

📑 Epitranscriptomic profiling of cytosine N4 acetylation (ac4C) in Solanum lycopersicum and dynamic changes under heat stress condition
https://t.co/zTx8QzuZS8
@wimi_biotech

[MolecularHorticulture @MolHort]

📑 Carotenoid aggregates negatively impact chlorophyll levels and disrupt chloroplast development in peaches https://t.co/HVcAMNcaM9

[MolecularHorticulture @MolHort]

📑 High-quality genome assembly of Aglaia odorata reveals evolution, terpenes diversity and abundance in Meliaceae
https://t.co/UIxSBrZoES
@wimi_biotech

[MolecularHorticulture @MolHort]

📑 Dissecting G-protein signaling pathways in the fruit pathogen Penicillium expansum: implications for pathogenesis and patulin production https://t.co/5dwKD6FN93