Disulfide Bonds within the C2 Domain of RAGE Play Key Roles in Its Dimerization and Biogenesis

Agriculture & Biology

• advanced glycation end products 99%
• dimerization 83%
• disulfide bonds 74%
• biogenesis 70%
• receptors 46%
• endoplasmic reticulum 14%
• oligomerization 6%
• cell communication 6%
• confocal microscopy 5%
• disulfides 5%
• immunoglobulins 5%
• mutagenesis 5%
• cysteine 4%
• polyacrylamide gel electrophoresis 4%
• cells 3%
• degradation 3%
• mutants 3%
• methodology 1%

Medicine & Life Sciences

• C2 Domains 100%
• Receptor for Advanced Glycation End Products 89%
• Dimerization 77%
• Disulfides 72%
• Endoplasmic Reticulum 10%
• Endoplasmic Reticulum-Associated Degradation 8%
• Mutagenesis 5%
• Immunoprecipitation 5%
• Confocal Microscopy 5%
• Polyacrylamide Gel Electrophoresis 5%
• Cysteine 5%
• Immunoglobulins 5%

Chemical Compounds

• Advanced Glycation End-Product 96%
• Dimerization 62%
• Disulfide 56%
• Confocal Microscopy 6%
• Oligomerization 5%
• SDS Polyacrylamide Gel Electrophoresis 5%
• Cysteine 4%
• Oligomer 4%
• Surface 3%
• Molecule 1%