Differential Synthesis in Vitro of Barley Aleurone and Starchy Endosperm Proteins.

Medicin og biovidenskab

• aleurone 100%
• Endosperm 89%
• Hordeum 73%
• Amylases 57%
• Subtilisin 44%
• Protease Inhibitors 26%
• Messenger RNA 23%
• In Vitro Techniques 22%
• Seeds 21%
• alpha-Amylases 20%
• beta-Amylase 19%
• Proteins 19%
• Abscisic Acid 17%
• plasma protein Z 17%
• Protein Synthesis Inhibitors 13%
• proteinase inhibitor I (plants) 11%
• Protein C 11%
• chymotrypsin inhibitor 2 10%
• Desiccation 7%
• Hormones 7%
• Glutens 6%
• Gene Expression 6%
• Protein C Inhibitor 6%
• Salts 4%
• Peptides 3%
• Animals 2%

Landbrug og biologi

• amylases 50%
• endosperm 50%
• barley 40%
• subtilisin 36%
• synthesis 28%
• proteinase inhibitors 27%
• proteins 17%
• alpha-amylase 15%
• aleurone cells 15%
• aleurone layer 14%
• beta-amylase 13%
• protein synthesis inhibitors 12%
• abscisic acid 9%
• tissues 9%
• seeds 8%
• hordein 7%
• barley protein 7%
• hormones 7%
• cell-free protein synthesis 7%
• gene expression 6%
• hormonal regulation 5%
• chymotrypsin 5%
• seed development 5%
• polypeptides 3%
• protein synthesis 3%
• salts 3%
• animals 2%