Multiple independent losses of the rpoC1 intron in angiosperm chloroplast DNA's

Keyphrases

• Aizoaceae 25%
• Angiosperms 100%
• Black pine 25%
• Cactoideae 50%
• Chloroplast DNA 100%
• Chloroplast Genes 25%
• Delosperma 25%
• Exon 25%
• Exon Region 25%
• Fabaceae 25%
• Four-genus 25%
• Genome Sequence Analysis 25%
• Goodenia 25%
• Goodeniaceae 25%
• Grass 50%
• High Taxonomic Level 25%
• Intron Loss 50%
• Marchantia 25%
• Medicago 25%
• Minimal Size 25%
• Nucleotide Sequence 25%
• Parsimony Analysis 25%
• Passiflora 25%
• Passifloraceae 25%
• Phylogenetic Analysis 25%
• Polymerase Chain Reaction 25%
• RpoC1 50%
• RpoC1 Gene 25%
• RpoC1 Intron 100%
• Scaevola 25%
• Size Variation 25%
• Stricture 25%

Agricultural and Biological Sciences

• Aizoaceae 8%
• Angiosperm 100%
• Chloroplast 8%
• Chloroplast DNA 100%
• Chloroplast Genome 16%
• Cladistics 8%
• Delosperma 8%
• Exon 16%
• Fabaceae 8%
• Goodeniaceae 8%
• Intron 100%
• Marchantia 8%
• Medicago 8%
• Nucleotide Sequence 8%
• Passiflora 8%
• Passifloraceae 8%
• Pinus nigra 8%
• Poaceae 8%
• Polymerase Chain Reaction 8%
• Scaevola 8%
• Shotgun Sequencing 8%
• Tetragonia 8%