Erythropoietin, or EPO is a hormone produced by the kidney whose function is to stimulate red blood cell production in the bone marrow. EPO is a 166 amino acids protein that contains three N-glycosylation sites and one O-glycosylation site. EPO affinity for its receptor, EPOR, is inversely related to the sialylation of EPO glycan.
This 3D model was generated using SGI (Silicon Graphics) Octane IRIX workstation in 2002.
Glycans are information-rich molecules based on complex carbohydrates (sugars or polysaccharides), attached to proteins, lipids and cells.
All 3D models in this collection were generated using SGI (Silicon Graphics) Octane IRIX workstation in 2002.
Glycans are key players for recognition processes within cells, and between them. Understanding the interaction between glycans and bacteria or viruses outside the cell is critical for our body functions, disease presentation, diagnosis and therapeutics development and vaccine.
Glycomics #40 (EPO glycosylation)
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Glycomics #40 (EPO glycosylation)
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Erythropoietin, or EPO is a hormone produced by the kidney whose function is to stimulate red blood cell production in the bone marrow. EPO is a 166 amino acids protein that contains three N-glycosylation sites and one O-glycosylation site. EPO affinity for its receptor, EPOR, is inversely related to the sialylation of EPO glycan.
This 3D model was generated using SGI (Silicon Graphics) Octane IRIX workstation in 2002.
Glycans are information-rich molecules based on complex carbohydrates (sugars or polysaccharides), attached to proteins, lipids and cells.
All 3D models in this collection were generated using SGI (Silicon Graphics) Octane IRIX workstation in 2002.
Glycans are key players for recognition processes within cells, and between them. Understanding the interaction between glycans and bacteria or viruses outside the cell is critical for our body functions, disease presentation, diagnosis and therapeutics development and vaccine.