Top Tweets for #FruitDevelopment
#TropicalPlants
Transcriptome analysis uncovers gene expression patterns regulating fruit development quality and stress responses in tropical plants
@MaximumAcademic #Transcriptomics #FruitDevelopment @PlantPhys
Details: https://t.co/pYzHM5ZX75
๐ One gene controls the balance between strawberry flesh growth and seed maturation.
Silence FvCKX1 โ bigger receptacle, slower achene. Overexpress it โ opposite. ABA links it all together.
๐ Read more: https://t.co/76gFAc00TO
#FruitDevelopment #CropImprovement
The ACC synthase (ACS): a key regulator of flower sex and inferior ovary formation in cucurbits
#Ethyleneย #Cucurbitsย #Fruitdevelopment
ย https://t.co/HEvR2clg50
3D Gaussian splatting reveals spatial growth gradients in Rosaceae fruits: proximal regions grow faster than distal ends, except in European pear. #FruitDevelopment #3DImaging
Details: https://t.co/GMd7DoXPr4
๐ธโ A new review breaks down the full #phenology of Coffea arabica โ detailing #flowering, #fruitdevelopment, and the factors shaping productivity and quality. A valuable guide for improving agronomy and sustainability.
Read more ๐ https://t.co/RExQl4y4su
#cropdevelopment
CmFUL1 found as key negative regulator of melon fruit length via GWAS, affecting breeding! #MelonGenetics #FruitDevelopment @OxfordJournals
Details: https://t.co/hx9G4EzIXs
#SeedBio
Arabidopsis studies unlock fruit/gynoecium GRNs; hormone crosstalk shapes their development.
@MaximumAcademic #FruitDevelopment #ArabidopsisGRN @NewPhyt
Details:ย https://t.co/XVnD5MFbyP
Study reveals PbDELLA-PbMYB56-PbCYP78A6 module in GA-induced pear parthenocarpy, insights into seedless fruit formation. #Parthenocarpy #GAsignaling #FruitDevelopment @OxfordJournals
Details: https://t.co/ZBeRPRa6Ws
SlRBP1 regulates tomato fruit size via SlFBA7 & SlGPIMT. New insights into RNA-binding proteins' role! #FruitDevelopment #RNABindingProteins #MolecularMechanisms @OxfordJournals
Details: https://t.co/9QXz2wlLhj
#SeedBio #FruitDevelopment #Arabidopsis #PlantGenetics
Advancements in Arabidopsis fruit development reveal gene networks and hormone crosstalk crucial for tissue differentiation, opening doors to further research.
@MaximumAcademic
Details:ย https://t.co/XVnD5MFbyP
Chromatin structure regulates strawberry ripening! #HistoneMod #FruitDevelopment @OxfordJournals
Details:https://t.co/FbZGr9wAA7
Unveiling 189 loquat AP2/ERF genes: Key for fruit development, ripening. Phylogenetic, syntenic insights. Stress, hormone response clues.
@MaximumAcademic @PlantSci @ThePlantJournal #FruitRes #Loquat #AP2ERF #Phylogenetic #FruitDevelopment
Details: https://t.co/EICRGEiWwK
AGP synthesis disruption disrupts fruit cell walls, altering ripening processes. #FruitDevelopment #CellWallIntegrity @OxfordJournals
Details:https://t.co/bL5eXvh1qL
Key genes related to fruit size, sugar content, and male sterility in wax apple identified, providing insights into regulatory mechanisms. #WaxApple #Genomics #FruitDevelopment @OxfordJournals
Details:https://t.co/ZKs2fuffLO
Clarification of the infection pattern of Xanthomonas citri subsp. citri on citrus fruit by artificial inoculation
Full text:
https://t.co/kT9xUCAGNI
#PlantMethods #CitrusCanker #FruitDevelopment
Investigating the Molecular Basis of Fruit Skin Color Fading in 'Daihong' Apples: Transcriptomic and Epigenomic Insights.
#Epigenetics #FruitDevelopment #Apples @OxfordJournals @Hortres #Transcriptomic #Epigenomic #SkinColor #Science #fruits
Details: https://t.co/JSk1JrCQCV
Unlocking the secrets of grapevine fruit development! Our research introduces a Molecular Phenology Scale, offering precise insights into dynamic transcriptional changes over time. ๐๐งฌ #FruitDevelopment #GrapevineResearch https://t.co/YYhtffAkjf
"ASYMMETRIC LEAVES 2 and ASYMMETRIC LEAVES 2-LIKE are partially redundant genes and essential for fruit development in tomato" with Agrisera antibodies to HSP70.
To article: https://t.co/cssZUmyY3M
#SlAS2 #SlAS2L #celldivision #cellexpansion #fruitdevelopment #fruitsize
2:15P Today: Don't miss Pedro Rojas-Barros's interesting research: #FruitCalciumAccumulation in #Cranberry (#Vacciniummacrocarpon Ait.) & Its Relationship to #FruitDevelopment
https://t.co/ZKsiwhpBmr #fruittranspiration @UWMadisonCALS @UW_Hort @projasbarros @ASHS_Hort #ASHS2023
Here is a highlight of #seasonal #varation for February 2016 to 2022. Understanding how production areas are changing in space and time is so valuable for insights into what we are experiencing and can expect to experience in the space of #agriculture and #fruitdevelopment
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