The Plant Genome 🌱🧬

#Openaccess journal from not-for-profit CSSA investigating all aspects of #plant #genomics. IF: 3.9. Social Media Editor: Sanskriti Vats (@Sanskritivats1)

[The Plant Genome 🌱🧬 @plantgenome]

Efficient genomic selection of maize test-cross hybrids via marker sampling achieves high accuracy under diverse conditions. A key advance for breeding programs. 🌽Read: https://t.co/mgrqOqvvQW #OpenAccess

[The Plant Genome 🌱🧬 @plantgenome]

New research breakthrough! 🚀 GWAS + BSR-seq pinpoint nitrate reductase genes critical for better nitrogen efficiency in rice. Boost future breeding! 🌾 https://t.co/qcm9zYblDu #OpenAccess

[The Plant Genome 🌱🧬 @plantgenome]

Why is some barley purple? 🌿 New research finds a dominant QTL (qPLS2) and a bHLH gene driving leaf sheath pigmentation! #PlantScience #Barley #OpenAccess https://t.co/iUmS9ppd5A

[The Plant Genome 🌱🧬 @plantgenome]

Exploring the diversity of cereal rye in the Southeast US! 🌾 New research uncovers key genetic and phenotypic variation, highlighting the potential of genomic selection for regional rye variety improvement. #Agriculture #Genomics #CerealRye #Sustainability #OpenAccess

[The Plant Genome 🌱🧬 @plantgenome]

🚜Exciting discovery! A novel QTL for grain zinc concentration (GrZnc) in tetraploid wheat, independent of yield traits, could help combat global zinc deficiency. This breakthrough offers new avenues for biofortification! #WheatResearch #Agriculture #Zinc #Genetics #OpenAccess

[The Plant Genome 🌱🧬 @plantgenome]

🚨 New in! Genes for yield, BLB & blast resistance introgressed into elite rice variety Jaya. Two lines show promise in early trials. 🌾🧬 🔗 https://t.co/6KLwFl5Xf5 #RiceResearch #PlantGenetics #FoodSecurity #OpenAccess

[The Plant Genome 🌱🧬 @plantgenome]

🚨 New study alert! A cost-effective, high-throughput 5K SNP genotyping assay has been developed for groundnut 🌱—boosting precision in breeding & germplasm characterization! 🔬💥 👉 https://t.co/3lMl3XZRra #genomics #groundnut #plantbreeding

[The Plant Genome 🌱🧬 @plantgenome]

📢 New study uses digital phenotyping & genomics to predict vegetative biomass in strawberries 🍓—boosting breeding efficiency without destructive sampling! 🌱📸📊Read more 👉 https://t.co/Ox3AjfnCHk #PlantScience #StrawberryBreeding #Genomics #OpenAccess

[The Plant Genome 🌱🧬 @plantgenome]

🧬 Study dissects the genetic architecture of anthocyanin traits & purple spot resistance in asparagus. Independent regulation found; QTLs mapped to support breeding disease-resistant cultivars. https://t.co/MNCs6uNxX8 #PlantGenetics #AsparagusResearch #openaccess 🌱

[The Plant Genome 🌱🧬 @plantgenome]

NEW: Proportion of parental genomes in hybrids Allium cepa × A. roylei determines which one becomes dominant https://t.co/u94iAUw4V0 #OpenAccess

[ICRISAT @ICRISAT]

Building on our earlier work with the first high-density genotyping assay for groundnut in 2017, we are excited to share our newly published article in The @plantgenome. This study highlights the development of a cost-effective, high-throughput, mid-density 5K genotyping assay designed for germplasm characterization and breeding in #groundnut. This marks the first globally available mid-density genotyping assay for groundnut, featuring 5,081 SNPs.

@Manishpandey99 @rajvarshney @Gangurde_SS @VinaySh75046976 @JanilaPasupule1 @Anuchitikineni

Read the full article here: https://t.co/GcP7zNNElC

[Yogesh Dashrath Naik @Yogeshdnaik]

Happy😊to share that our new review article is now published in @plantgenome

https://t.co/HGVYY0yzRv

Special thanks to @MTHUDI1 Sir and all distinguished scientists for their valuable contributions in making this possible.

[The Plant Genome 🌱🧬 @plantgenome]

Thinking of submitting your paper to @plantgenome? Your institution may cover all or part of the #openaccess charges via an agreement with Wiley. See the list of participating institutions to find out: https://t.co/w70X0Z4Z9A

[Agronomy, Crop, and Soil Science Societies @ASA_CSSA_SSSA]

⁉️ Are applied genomics and pre-breeding your expertise? Explore this opportunity with The Department of Plant Sciences at USask: https://t.co/fwLDLOkZBU #AppliedGenomics #PlantBreeding #AcademicCareer #USask #CropScience #PlantGenetics

[The Plant Genome 🌱🧬 @plantgenome]

📢 New research! A GWAS of Beta vulgaris diversity panel reveals QTLs linked to total dissolved solids (TDS), a key proxy for sweetness 🍬. Findings aid breeding for tastier beets! 🌱🔬🔗 https://t.co/PmIIVev8yr #PlantGenetics #GWAS #BeetBreeding

[The Plant Genome 🌱🧬 @plantgenome]

🔬 Tackling Fusarium wilt in chickpea! 🌱 Researchers identified 7 meta-QTLs for resistance & used marker-assisted breeding to develop resilient genotypes. A step forward for sustainable chickpea production! 🚀 #PlantBreeding #ChickpeaResearch https://t.co/hC4VavcGeu

[Agronomy, Crop, and Soil Science Societies @ASA_CSSA_SSSA]

🗯️ Present groundbreaking research, connect with experts, and engage with a community in agronomic, crop, and soil sciences at CANVAS 2025. Go: https://t.co/Jd0njRRKYt 🟩 Early abstract deadline: June 17, 4 PM CDT.

[The Plant Genome 🌱🧬 @plantgenome]

Drought may boost genetic diversity in maize! 🌱🌾 New research finds that chronic water-deficit stress increases meiotic recombination, potentially impacting evolution & breeding. Read more: https://t.co/M78uwlKZHr #PlantScience #Genetics #openaccess

[The Plant Genome 🌱🧬 @plantgenome]

🌹🔬 Genome-wide identification of WOX genes in Rosa reveals 351 members, with RcWUS1 enhancing somatic embryo regeneration! A step forward in rose genetic transformation. 🌱✨ 📖 Read more: https://t.co/1kPFHYam5J #PlantScience #Genetics #openaccess

[The Plant Genome 🌱🧬 @plantgenome]

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