Genome-wide identification and characterization of the vacuolar h⁺-atpase subunit h gene family in crop plants

Keyphrases

• Gene Family 100%
• Vacuolar H+-ATPase (V-ATPase) 100%
• Crop Plants 100%
• Genome-wide Identification 100%
• H Gene 100%
• Genome-wide Characterization 100%
• Structural Diversity 25%
• Zea Mays 25%
• Triticum Aestivum 25%
• Solanum Tuberosum 25%
• G. Raimondii 25%
• Cell Growth 12%
• Stress Response 12%
• Arabidopsis Thaliana 12%
• Alternative Splicing 12%
• Rice 12%
• N-terminal Domain 12%
• Glycine Max 12%
• Gene Promoter 12%
• Genetic Markers 12%
• Phylogenetic Relationship 12%
• Functional Diversity 12%
• Cotton 12%
• Genome-wide Analysis 12%
• Gene Expression Pattern 12%
• Response to Stress 12%
• Potato 12%
• Barley 12%
• Major Crops 12%
• Sorghum 12%
• Crop Improvement 12%
• Beet 12%
• Brassica Napus 12%
• Millet 12%
• Rapeseed 12%
• Hordeum Vulgare 12%
• Crop Sampling 12%
• Setaria Italica 12%
• Cis-acting Elements 12%
• Maize-wheat 12%
• Multiple Transcripts 12%
• Exon-intron Structure 12%
• Stress in Plants 12%
• Transcript Isoforms 12%
• RNA-seq Expression 12%
• Structural Proteomics 12%
• Ecoenzymes 12%

Biochemistry, Genetics and Molecular Biology

• Multigene Family 100%
• V-ATPase 100%
• Structural Gene 66%
• Zea 66%
• Lycopersicon 66%
• Gossypium 66%
• N-Terminus 33%
• Gene Expression 33%
• Cell Growth 33%
• Enzyme 33%
• Arabidopsis thaliana 33%
• Alternative Splicing 33%
• Isoform 33%
• C-Terminus 33%
• RNA Sequencing 33%
• Exon 33%
• Intron 33%
• Gene Promoter 33%
• Intron Structure 33%
• Genetic Marker 33%
• Genome Wide Association Study 33%
• Brassica 33%
• Hordeum 33%
• Setaria 33%
• Cis Acting Element 33%
• Cladistics 33%
• Proteomics 33%