#gcommo - Twitter Hashtag

about 20 hours ago

#gCommo Deep learning on seedling transcriptome data predicts adult phenotypes in chrysanthemum—validated in rice, enabling gene chip-based breeding for complex-genome crops @PGSB_Helmholtz @GenomeBiology #DeepLearning #Genomics #Transcriptomics Details: https://t.co/fCP8dtQBIX

MaximumAcademic's tweet photo. #gCommo
Deep learning on seedling transcriptome data predicts adult phenotypes in chrysanthemum—validated in rice, enabling gene chip-based breeding for complex-genome crops
@PGSB_Helmholtz @GenomeBiology #DeepLearning #Genomics #Transcriptomics
Details: https://t.co/fCP8dtQBIX https://t.co/WYXugc5fXL

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Maximum Academic @MaximumAcademic

19 days ago

#gCommo New study compares 14 chloroplast genomes across Apocynoideae subfamily, revealing lineage-specific codon usage patterns and non-monophyletic evolution. @GenomeFi @PPhenomics #ChloroplastGenome #Phylogenomics #PlantEvolution Details: https://t.co/9mkqsMoCAC

MaximumAcademic's tweet photo. #gCommo
New study compares 14 chloroplast genomes across Apocynoideae subfamily, revealing lineage-specific codon usage patterns and non-monophyletic evolution.
@GenomeFi @PPhenomics #ChloroplastGenome #Phylogenomics #PlantEvolution
Details: https://t.co/9mkqsMoCAC https://t.co/Y7OOVM0NsK

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Maximum Academic @MaximumAcademic

23 days ago

#gCommo Pangenome analysis of 22 tea cultivars identifies 1,699 WRKY members with tissue-specific expression patterns, providing molecular targets for marker-assisted tea breeding. @GenomeBiology @NovartisDx #WRKY #Pangenome #TeaPlant Details: https://t.co/hcVotXQkdt

MaximumAcademic's tweet photo. #gCommo
Pangenome analysis of 22 tea cultivars identifies 1,699 WRKY members with tissue-specific expression patterns, providing molecular targets for marker-assisted tea breeding.
@GenomeBiology @NovartisDx #WRKY #Pangenome #TeaPlant
Details: https://t.co/hcVotXQkdt https://t.co/Vs18AUS6Ku

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Maximum Academic @MaximumAcademic

2 months ago

#gCommo First chromosome-level genome of Brachymystax lenok tsinlingensis reveals population decline patterns and identifies the Zhangxian lineage as a priority for conservation. @GenomeBiolEvol @GenomeFi #FishGenome #Biodiversity Detail: https://t.co/pCm7Wb6GeN

MaximumAcademic's tweet photo. #gCommo
First chromosome-level genome of Brachymystax lenok tsinlingensis reveals population decline patterns and identifies the Zhangxian lineage as a priority for conservation.
@GenomeBiolEvol @GenomeFi #FishGenome #Biodiversity
Detail: https://t.co/pCm7Wb6GeN https://t.co/0j6KWwNqQs

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