The first insight into the Salvia (Lamiaceae) genome via BAC library construction and high-throughput sequencing of target BAC clones

Keyphrases

• High-throughput Sequencing 100%
• Library Construction 100%
• BAC Clones 100%
• Salvia 100%
• Lamiaceae 100%
• BAC Library 100%
• Genome Sequencing 75%
• Repeat Sequence 50%
• Insert Size 50%
• S. Officinalis 50%
• Cytochrome P450 Enzymes 25%
• Genomic Studies 25%
• New Resources 25%
• Genomic Library 25%
• Comparative Genomics 25%
• Microsatellites 25%
• Promoter Sequence 25%
• Genome Equivalent 25%
• Medicinal Plants 25%
• Diploid Genome 25%
• Non-coding Sequence 25%
• Species Diversity 25%
• Physical Mapping 25%
• Sage 25%
• Illumina HiSeq 2000 25%
• Adaptive Significance 25%
• De-novo Assembly 25%
• Genomic Research 25%
• Ent-kaurene 25%
• Adaptive Genetic Variation 25%
• Species Population 25%
• Adaptivity 25%
• Ent-copalyl Diphosphate Synthase 25%
• Comparative Genome 25%
• Salvia Officinalis 25%
• Eudicots 25%
• Terpene Synthase Genes 25%
• HiSeq Sequencing 25%
• Sabinene Synthase 25%
• Microsatellite Marker Development 25%

Biochemistry, Genetics and Molecular Biology

• Synthase 100%
• High Throughput Sequencing 100%
• Lamiaceae 100%
• Salvia 100%
• Genome Sequencing 50%
• Genomics 50%
• Promoter Region 25%
• Genetic Variation 25%
• Genetic Divergence 25%
• Gene Library 25%
• Comparative Genomics 25%
• Pyrophosphate 25%
• Medicinal Plant 25%
• Microsatellite Marker 25%
• Eudicot 25%
• Salvia officinalis 25%
• Physical Development 25%
• Species Diversity 25%
• Cytochrome P450 25%
• Microsatellite 25%