Horticulture Research
@Hortres
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Horticulture Research is an open access international journal devoted to publishing original research results and reviews on the best research in the field.
Nanjing, China
Joined November 2014
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CRISPR/Cas9 technology 🔬 boosts strawberry firmness by up to 70% by editing the FaPG1 gene, extending shelf life—a breakthrough for softer fruit varieties!
#GeneticEngineering
#Agriculture
🍓🌱
@OxfordJournals
Details:
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130
SlBBX20 interacts with the COP9 signalosome subunit SlCSN5-2 to regulate
#anthocyanin
biosynthesis by activating SlDFR expression in
#tomato
🍅
#horticulture
#researchers
More details:
0
2
103
Virus-induced genome editing (VIGE) via PVX vector in tomato achieved efficient somatic editing. Heritable mutations led to novel fruit traits.
#CRISPR
#GenomeEditing
#Tomato
@OxfordJournals
Details:
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110
Revolutionizing plant mutagenesis, Virus-Induced Genome Editing (VIGE) overcomes limitations of conventional methods. Our study presents efficient, transgene-free VIGE techniques for Solanaceous crops.
@OxfordJournals
Details:
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104
Dynamic changes in transposable element and gene methylation in mulberry (Morus notabilis) in response to Botrytis cinerea
#horticulture
#research
More Info:
0
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87
CRISPR/Cas9 offers rapid breeding strategy for diverse fruit colors in tomatoes. Multiplex gene editing of PSY1, MYB12, and SGR1 achieves transgene-free plants with varied colors in less than a year.
#TomatoBreeding
@OxfordJournals
Details:
1
20
79
Revolutionizing agriculture: Efficient protocol for CRISPR-Cas editing in grape varieties unveiled. Protoplast culture promises non-chimeric, transgene-free genome editing for improved crops.
#CRISPR
#GrapeGenetics
@OxfordJournals
Details:
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Revolutionize agriculture with CRISPR-Cas! Our efficient protocol regenerates non-chimeric, transgene-free, edited grape plants, advancing genome editing in Vitis species.
#CRISPR
#GenomeEditing
#AgricultureInnovation
@OxfordJournals
Details:
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Sexual competition and kin recognition co-shape the traits of neighboring dioecious Diospyros morrisiana seedlings
#horticulture
#research
Read more:
0
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Explore our MicroTom tomato database: a rich resource with reference genome, co-expression networks, and non-coding RNA profiles.
#MicroTom
#Genomics
@OxfordJournals
Details:
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67
🆕
#openaccess
article published on
#horticulture
#research
: 🌱
The chromosome-based
#lavender
🌼
#genome
🧬 provides new insights into Lamiaceae
#evolution
and terpenoid
#biosynthesis
More info:
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Chromosome-scale genome assembly of okra reveals its phylogenetic status and three whole-genome duplications, leading to nutrient-rich content and adaptation.
#Genomics
#CropScience
@OxfordJournals
Details：
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CRISPR/Cas9-mediated precise targeted mutagenesis of phytoene desaturase in celery
@OxfordJournals
Learn more in the latest paper from
#Horticulture
#research
1
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65
Horticultural innovation by viral-induced gene regulation of carotenogenesis
#Horticulture
#research
More details
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Carrot's genome assembled to telomere-to-telomere (T2T) level reveals insights into carotenoid biosynthesis.
#CarrotGenome
@OxfordJournals
Details:
0
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54
CRISPR/Cas9-mediated fine-tuning of miRNA expression in tetraploid potato
@OxfordJournals
Learn more in the latest paper from
#Horticulture
#research
1
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48
MicroTom's new genome and RNA-seq data reveal gene networks and non-coding RNA interactions, aiding research in plant growth and development.
#MicroTom
#PlantResearch
#Genomics
#Database
@OxfordJournals
Details:
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🌼🧬 Introducing the Plant Flowering-time Gene Database (PFGD)! This study maps 183,720 genes across 8 pathways, creating a detailed atlas for plant flowering research.
#PlantScience
#Genomics
🌱🔬
Details:
0
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48
StTST1 in potatoes impacts sugar storage during cold conditions. Silencing StTST1 reduces acrylamide in chips and improves frying quality. New strategy for healthier potato products! 🥔
#PotatoResearch
@OxfordJournals
Details:
0
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Review | Genetic and genomic resources for Rubus breeding: a roadmap for the future
#Rubus
#hortres
#horticulture
0
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Unlocking tomato crop potential: Study reveals miR396's pivotal role in shoot regeneration, offering insights for enhanced yield via genetic engineering.
#CropScience
#GeneticEngineering
@OxfordJournals
Details:
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Flowering is vital in the plant kingdom for ecology and horticulture. Our extensive review of flowering genes across sequenced angiosperms led to the creation of the Plant Flowering-time Gene Database (PFGD)
#PlantScience
#Genomics
@OxfordJournals
Details:
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🥒 Cucumber's 'qiu' mutant has round fruits due to CsTRM5 gene's impact on cell division & expansion. ABA hormone also plays a role in fruit elongation. Insights offer potential for crop improvement.
#CucumberGenetics
🌱🔬
@OxfordJournals
Details:
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Telomere-to-telomere haplotype-resolved reference genome of 'Baxijiao' (Cavendish) aids banana breeding, revealing genetic diversity, fruit quality, and disease resistance genes.
#BananaGenome
#MolecularBreeding
@OxfordJournals
Details:
0
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43
Plants release VOCs in response to stresses, triggering defenses in neighboring plants and enhancing fitness.
#PlantScience
@OxfordJournals
Details:
0
11
42
Revolutionizing tomato traits! 🍅🧬 Explore Virus-Induced Genome Editing (VIGE) using potato virus X for efficient CRISPR-Cas editing, unlocking vibrant colors and enhanced traits.
#GeneticEngineering
#TomatoInnovation
@OxfordJournals
Details:
0
11
42
Exploring the effects of anthocyanin accumulation on plant physiology. Anth1-overexpressing tomato plants show shade avoidance traits, altered gene expression, and metabolic networks.
#PlantScience
#Anthocyanins
@OxfordJournals
Details:
0
10
41
SlMYB1 in tomatoes boosts lycopene synthesis, resistance to Botrytis cinerea, and improves fruit shape, enhancing quality and stress resistance. A multi-functional game-changer for tomato farming. 🍅🧬
@OxfordJournals
Details:
2
11
41
Microbe-assisted crop improvement: a sustainable weapon to restore holobiont functionality and resilience
@OxfordJournals
Learn more in the latest paper from
#Horticulture
#research
0
18
40
New gap-free kiwifruit genome, Hongyang v4.0, offers unparalleled detail, including two de novo haploid-resolved haplotypes. A breakthrough for kiwifruit research and breeding. 🥝🧬
#Genomics
#KiwifruitResearch
@OxfordJournals
Details:
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15
39
Using CRISPR/Cas9 to edit the FaPG1 gene in strawberries significantly increases firmness, extending shelf life. This breakthrough enhances postharvest quality without affecting other fruit traits.
#StrawberryScience
🍓
@OxfordJournals
Details:
0
17
40
Unveiling the Genomic and Metabolic Basis of Flower Color Divergence in Rhododendron: Insights from a Multi-Omics Approach.
#Rhododendron
#FlowerColor
#Genomics
#Metabolomics
@OxfordJournals
Details:
0
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38
Wu et al. reveal the role of abscisic acid in modulating mango fruit ripening through metabolomic and transcriptomic analyses.
Learn more in the latest paper from
#Horticulture
#research
🔗
@OxfordJournals
0
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Introducing AlliumDB (), a comprehensive functional genomics hub for Allium species. Access nuclear and organelle genomes, annotated genes, phenotypic data, and powerful analysis tools.
#Genomics
@OxfordJournals
Details:
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35
VqMYB154 promotes polygene expression and enhances
#resistance
to pathogens in Chinese wild
#grapevines
🍇🐛
Read full article published on
#Horticulture
#Research
:
0
1
36
First-ever haplotype-resolved genome of octoploid strawberry unveiled! Offers insights into gene function & evolution, including structural diversity in anthocyanin biosynthesis. 🍓
#Genomics
#strawberry
Details:
0
9
36
A haplotype resolved chromosomal level avocado genome allows analysis of novel avocado genes
@OxfordJournals
Learn more in the latest paper from
#Horticulture
#research
1
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#Horticulture
#Research
Journal Impact Factor2021 has risen from 6.793 to 7.291. Thanks to all authors, reviewers and editors of articles that were published in our journal to make this score! Looking forward to more excellent articles published in HR!
#JCR2021
3
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Wild Solanum habrochaites secretes more anti-insect metabolites than cultivated tomatoes, boosting pest resistance. Key genes in the phenylpropanoid pathway are identified for breeding. 🐛🍅
#TomatoBreeding
#PlantDefense
@OxfordJournals
Details:
0
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Elevated [CO2] boosts tomato yield up to 80% and enhances nutritional content. 50-year review suggests potential for greenhouse crops and photosynthesis optimization. 🍅🌱
#AgriScience
@OxfordJournals
Details:
0
13
35
Introducing quarTeT: a user-friendly web toolkit designed for telomere-to-telomere (T2T) genome assembly.
#Genomics
@OxfordJournals
Details：
0
6
35
The 8th International Horticulture Research Conference Announcement🎙️
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🌿 Heat stress accelerates leaf yellowing in cucumbers via ABI5, which promotes chlorophyll breakdown by activating PPH and PAO genes, and degrading MYB44.
#PlantScience
#CucumberResearch
#HeatStress
🍃
@OxfordJournals
Details:
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6
34
Tomato FMO1 gene linked to drought response. Suppressing FMO1 improves drought tolerance, modulates ROS by binding to SlCAT2. Key insights for crop resilience.
#PlantScience
🍅🌱
@OxfordJournals
Details:
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New insights into rose flower color revealed: RcMYB1 identified as key regulator of anthocyanin biosynthesis. Transgenic lines show enhanced color production. 🌹
#FlowerColor
#AnthocyaninBiosynthesis
@OxfordJournals
Details:
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The genome of the C4 model plant Gynandropsis gynandra reveals insights into the evolution of C4 photosynthesis. This resource aids future crop engineering.
#Genomics
#Evolution
@OxfordJournals
Details:
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11
32
🥒🧬 Cucumber Shape Unlocked! Mutant analysis reveals CsTRM5 gene controls fruit shape through cell division and expansion, influenced by ABA. Discoveries pave way for breeding!
#PlantGenetics
#CucumberResearch
🌿🔍
@OxfordJournals
Details:
1
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30
Unveiling the genetics of fleshy fruit shape: Insights from tomato, cucumber, and peach reveal conserved pathways and phytohormone coordination.
#CropImprovement
#Genetics
@OxfordJournals
Details:
1
3
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🍅🧬 Tomato Taste Unlocked! GWAS reveals new locus STP1 controlling sugar content in tomatoes, highlighting selection impacts on fruit quality during domestication.
#Genomics
#Agriculture
🌾🔬
@OxfordJournals
Details:
0
5
29
New insights into carrot genetics: High-quality genome assembly reveals carotenoid biosynthesis genes, gene duplications, and evolutionary patterns.
#Genomics
#CarrotResearch
@OxfordJournals
Details:
0
7
30
Unveiling Legume Mysteries 🌱 Advances in legume genomics call for innovative tools to unlock gene functions.
#CropScience
#GenomicsResearch
0
11
31
Interesting
#review
about
#transgenic
and genome-edited
#fruits
published on
#Horticulture
#research
🧬🍎🍐🍋🍓🍇🍑
Click here to get full article:
0
11
31
Unlocking Bougainvillea's secrets: Chromosome-level genome reveals gene expression patterns influencing colorful bracts. Insights for ornamental horticulture and breeding.
#Genomics
#PlantBreeding
@OxfordJournals
Details:
1
9
29
Discovery of natural variation in tomato's SOS2 gene linked to salt resistance may provide valuable resources for breeding salt-resistant crops.
#PlantGenomics
#CropBreeding
@OxfordJournals
Details:
0
6
30
Unlocking the Secrets of Fertility: Insights into Male and Female Reproductive Development in Vegetable Crops for Hybrid Seed Production.
#VegetableBreeding
#HybridSeed
@OxfordJournals
Details:
0
5
29
New A-to-K base editor (AKBE) systems revolutionize plant genome editing, enabling efficient and heritable A-to-T/C conversions for enhanced crop breeding. 🌱🔬
#GenomeEditing
#CropImprovement
#PlantBiotech
@OxfordJournals
Details:
0
8
30
Advancing grapevine breeding with GWAS! 🌿🍇 We analyzed 588 Vitis vinifera L. cultivars, identifying key genes for berry size and post-harvest traits.
#GrapevineBreeding
@OxfordJournals
Details:
0
7
28
🍅 Mutant tomato plants with altered flower development reveal the crucial role of the TM6 gene, a MADS-box transcription factor, in controlling flower morphology and reproductive development.
#tomatoes
#flowerdevelopment
@OxfordJournals
Details:
0
11
29
GWAS and omics approaches reveal genetic basis of tea plant's spring bud flush timing, enhancing yield and economic value.
#TeaBreeding
#Genomics
@OxfordJournals
Details:
0
10
29
Breakthrough in plant grafting: Interfamily grafting in Nicotiana sheds light on xylem connection. Gene network analysis unveils key players in tracheary element formation. 🌱🧬
#PlantGrafting
#GeneExpression
#Nicotiana
@OxfordJournals
Details:
0
7
29
🌱🔬 Polyploid Power in Potatoes! Discovering the unique benefits of autotetraploid potatoes: larger tubers, distinct gene expression, and potential cold storage advantages over diploid varieties.
#PlantScience
#Genetics
🥔💡
@OxfordJournals
Details:
1
8
29
Tomato domestication identified key genes affecting fruit traits, including SlLEA and SlBES1.2, aiding genomics-assisted breeding.
#TomatoBreeding
#Genomics
#FruitTraits
@OxfordJournals
Details:
0
6
27
🌸🔬 Petunia Longevity Enhanced! Study reveals PhOBF1 gene regulates flower senescence by balancing ethylene and gibberellins in Petunia hybrida.
#PlantScience
#FlowerBiology
🌺🧪
@OxfordJournals
Details:
0
7
28
New discovery in Salvia miltiorrhiza research! 🌿 Scientists uncover the genetic basis behind orange roots in a S. miltiorrhiza line, shedding light on the biosynthesis of tanshinone compounds.
#SalviaMiltiorrhiza
#Tanshinones
@OxfordJournals
Details:
0
7
28
Bacterial wilt, a global threat to Solanaceae plants, unraveled! SmNAC's dance with SmDDA1b reveals a novel regulator in BW resistance.
#PlantScience
#BacterialWilt
Details:
4
2
28
🍅🔬 SlDCD2's Role in Tomato Ripening! New insights reveal that silencing or mutating SlDCD2 speeds up tomato fruit ripening by affecting H2S production, impacting ROS balance and ethylene levels.
#PlantScience
#TomatoResearch
🌱🧪
@OxfordJournals
Details:
0
7
29
Study reveals N-acylethanolamines' crucial role in plant defense response, with potential implications for crop disease management in changing climate.
#PlantScience
#ClimateChange
@OxfordJournals
Details:
0
11
28
Salt-responsive lncRNAs identified in birch trees play key roles in stress tolerance. LncY1 notably boosts salt tolerance by regulating specific transcription factors. 🌳
#PlantGenomics
@OxfordJournals
Details:
0
4
28
Chromosome-level assembly of the Cascade hop genome achieved! This breakthrough aids cultivation strategies, deepens hop genomic insights, and benefits the Cannabaceae genomics community. 🌱🧬
@OxfordJournals
Details:
0
4
28
🌱 New insights on antiviral RNA interference (RNAi) in plants, especially tomatoes! CRISPR-Cas9 reveals AGO2a's pivotal role in combating Cucumber mosaic virus. 🍅
#PlantImmunity
@OxfordJournals
Details:
0
5
26
The genome of Hibiscus hamabo reveals its adaptation to saline and waterlogged habitat
@OxfordJournals
#Horticulture
#research
More details
0
9
26
Hot article published on
#Horticulture
#Research
：
abscisic acid and gibberellin antagonize corm development by mediating starch synthesis in Gladiolus hybridus 🌼
Read more details:
0
2
26
Mango faces agronomic challenges like pathogens and low yield. Conventional breeding struggles due to its traits. Genomic studies offer hope, identifying key genes for traits and aiding breeding.
#MangoGenomics
🥭🧬
@OxfordJournals
Details:
0
7
26
Precise exogenous insertion and sequence replacements in poplar by simultaneous HDR overexpression and NHEJ suppression using CRISPR-Cas9
@OxfordJournals
Learn more in the latest paper from
#Horticulture
#research
1
9
25
Revolutionizing gene editing in tomatoes! 🍅 Our study unveils Double Pairs of sgRNAs (DPS), an innovative approach for efficient large fragment deletions.
#CRISPR
#GeneticEditing
0
10
27
Pear genetics: Recent advances, new prospects, and a roadmap for the future
#Horticulture
#research
More details
0
5
25
MaDREB1F in bananas offers resistance to cold & drought stress via common mechanisms: modulating metabolites, antioxidants & hormone syntheses. Potential breakthrough for resilient crops. 🍌🌱
#PlantScience
@OxfordJournals
Details:
1
4
26
🌱🔬 Unraveling Grafting Mysteries: A study on periclinal chimeras reveals how grafting induces heritable phenotypic variations through DNA methylation changes.
#PlantScience
#Genetics
🧬🌿
@OxfordJournals
Details:
0
4
25
Genome-wide transcriptome analysis reveals molecular pathways involved in leafy head formation of Chinese cabbage (Brassica rapa)
#hortres
#horticulture
@GuusjeBonnema1
0
12
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Fungicide use, particularly copper-based treatments like Bordeaux mixture, controls plant pathogens but poses risks to soil microorganisms and plant health. 🌱
#agriculture
#microbiome
@OxfordJournals
Details:
0
7
25
Unveiling the floral secrets: RcMYB1, a key transcription factor, emerges as the maestro orchestrating rose color. Exciting possibilities for genetic enhancement! 🌹🧬
#RoseColorGenetics
0
5
23
Harnessing multi-omics and machine learning can help us breed tastier tomatoes. Reviewing recent advances in the pursuit of better flavor in our most valued fruit.
#AgriculturalScience
#PlantGenetics
@OxfordJournals
Details:
1
6
24
H2S enhances drought resistance in Chinese cabbage by balancing stomatal closure and photosynthesis efficiency, with key roles in RuBisCO activity. 🌱💧
#PlantScience
#DroughtResilience
@OxfordJournals
Details:
1
5
24
A Cucurbita pepo dwarf mutant, dwfcp, exhibits multiple growth and development defects linked to a mutation in gene Cp4.1LG17g04540, akin to Arabidopsis DWF5. 🌱
#plantbiology
@OxfordJournals
Details:
0
4
25
Omics technologies aid in understanding sweet potato stress responses, informing genetic engineering for stress-resilient varieties. 🍠🧬
#SweetPotato
#Omics
#StressTolerance
@OxfordJournals
Details:
0
8
25
🍎 Syzygium samarangense, the wax apple, is a tropical fruit rich in vitamin C and anthocyanins, offering skin hydration and antioxidant benefits.
#WaxApple
#GenomeSequencing
@OxfordJournals
Details:
0
10
24
Discovery of a regulatory cascade involving MaMADS1, MaNAC083, and ethylene biosynthesis genes in banana fruit ripening sheds light on transcriptional control mechanisms.
#BananaRipening
#TranscriptionalRegulation
@OxfordJournals
Details:
0
3
22
Grapevine's economic importance is undeniable, yet previous genome versions lacked completeness, hindering research on repetitive sequences and agronomic trait inheritance. 🍇🧬
#GrapevineGenomics
#AgronomicTraits
@OxfordJournals
Details:
0
7
24
Genomic Insights into Population-Level Diversity and Adaptation of Populus cathayana: Implications for Conservation and Breeding Strategies. 🌳🧬
#PopulusCathayana
#GenomicVariation
#AdaptationGenes
@OxfordJournals
Details:
0
4
23
Legumes, vital for global food security, lack efficient transformation methods for functional genomics despite decoded genomes. 🌱🧬
#LegumeResearch
#FunctionalGenomics
#FoodSecurity
@OxfordJournals
Details:
0
3
23
chrysanthemum lavandulifolium genome and the molecular mechanism underlying diverse capitulum types
#Horticulture
#research
More details
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4
23
🌿🧬 Groundbreaking Genome Assembly of Rhodomyrtus tomentosa! New insights into its evolution and anthocyanin synthesis pave the way for medicinal plant breeding.
#Genomics
#PlantScience
🍇🔍
@OxfordJournals
Details:
1
4
23
Thompson Seedless grape genome decoded, revealing secrets of seedlessness, disease resistance & color traits, crucial for grape genomics & breeding.
#GrapeGenomeResearch
@OxfordJournals
Details:
0
4
22
Garlic's genetic traits studied in 606 accessions from 43 countries reveal insights for genetic improvement. 🧬🌱
#GarlicGenetics
#CropImprovement
@OxfordJournals
Details:
0
4
23
Exciting news for kiwifruit research! Hongyang v4.0, a gap-free genome, offers insights into genome structure and function, aiding breeding and genomics studies. 🥝🧬
#KiwifruitGenomics
#GenomeAssembly
@OxfordJournals
Details:
0
8
23
Unlocking octoploid strawberry genome sheds light on genetic and epigenetic mechanisms shaping subgenome coexistence. Insights for strawberry genetics and breeding.
#Genomics
#Botany
@OxfordJournals
Details:
0
4
20
FREE！Register Now! the 7th International Horticulture Research Conference
#webinar
🌻🌻🌻
#IHRC2020
#hortres2020
#Horticulture
#PlantScience
1
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