Mutations in Arabidopsis Yellow Stripe-Like1 and Yellow Stripe-Like3 reveal their roles in metal ion homeostasis and loading of metal ions in seeds

Medicine & Life Sciences

• nicotianamine 100%
• Arabidopsis 60%
• Zea mays 57%
• Seeds 47%
• Copper 46%
• Zinc 44%
• Metals 40%
• Ions 38%
• Hypochromic Anemia 37%
• Coordination Complexes 34%
• Homeostasis 34%
• Oligopeptides 31%
• Flowers 29%
• Glucuronidase 28%
• Manganese 27%
• Micronutrients 26%
• Mutation 25%
• Fertility 21%
• Embryonic Development 21%
• Iron 19%
• Membrane Proteins 19%
• Phenotype 13%
• Gene Expression 13%
• Blood Vessels 13%
• Messenger RNA 13%
• Proteins 8%

Agriculture & Biology

• metal ions 47%
• homeostasis 39%
• Arabidopsis 34%
• mutation 31%
• mutants 27%
• seeds 24%
• nicotianamine 24%
• transporters 20%
• metals 17%
• leaves 16%
• copper 12%
• zinc 12%
• phytosiderophores 11%
• oligopeptides 9%
• vascular tissues 8%
• chlorosis 8%
• dietary minerals 8%
• beta-glucuronidase 8%
• anthers 7%
• manganese 7%
• membrane proteins 7%
• Zea mays 6%
• signs and symptoms (plants) 6%
• embryogenesis 6%
• Arabidopsis thaliana 6%
• iron 5%
• promoter regions 5%
• flowers 5%
• phenotype 5%
• shoots 4%
• corn 4%
• tissues 3%
• genes 2%
• proteins 2%
• cells 2%