A co-opted steroid synthesis gene, maintained in sorghum but not maize, is associated with a divergence in leaf wax chemistry

Keyphrases

• Divergence 100%
• Sorghum 100%
• Maize 100%
• Steroid Synthesis 100%
• Leaf Wax 100%
• Sorghum Leaves 100%
• Wax Chemistry 100%
• Triterpenoids 80%
• Water Loss 40%
• Chemical Analysis 20%
• Genetic Basis 20%
• Bioproducts 20%
• Comparative Genomics 20%
• Bioenergy 20%
• Drought Tolerance 20%
• High Temperature 20%
• Close Relatives 20%
• Polyester 20%
• Zea Mays 20%
• Heterologous Expression 20%
• Common Ancestor 20%
• Sorghum Bicolor 20%
• Leaf Surface 20%
• Juvenile Stages 20%
• Heat Tolerance 20%
• Intracellular Storage 20%
• Plant Leaves 20%
• Land Plants 20%
• Heat Tolerant 20%
• Maize Leaves 20%
• Water Barrier 20%
• Juvenile-to-adult Transition 20%
• Surface Carbon 20%
• Hot Climate 20%
• Cuticular Wax 20%
• Drought-tolerant Crop 20%

Immunology and Microbiology

• Cuticle 100%
• Steroidogenesis 100%
• Water Loss 100%
• Bioenergy 50%
• Drought Tolerance 50%
• Zea 50%
• Heterologous Expression 50%
• Heat Tolerance 50%
• Leaf Surface 50%
• Plant Leaf 50%
• Embryophyta 50%
• Comparative Genomics 50%

Biochemistry, Genetics and Molecular Biology

• Steroid Biosynthesis 100%
• Water Loss 100%
• Comparative Genomics 50%
• Genetics 50%
• Anabolism 50%
• Bioenergy 50%
• Zea 50%
• Heat Tolerance 50%
• Heterologous Expression 50%
• Drought Tolerance 50%
• Embryophyta 50%