hexamer

navigate by keyword : rage oligomerization hexamer membrane receptor advanced glycosylation immunoglobulin diabetes inflammation tumour invasion cancer aggregation alzheimer 039 disease dementia amyloid plaque biological degenerative plaques aging cell protein molecules degeneration mouse active form ligand binding product specific belongs superfamily involved believed play essential role signal transduction position conformation transmembrane intracellular domains assumed

Structure of the human RuvB-like helicase RuvBL1 hexamer with ADP (red) bound Royalty Free Stock Photo
Structure of the oncoprotein SV40 large T antigen hexamer green and p53 tumor suppressor brown complex Royalty Free Stock Photo
Pore of the calcium released-activated calcium CRAC channel Royalty Free Stock Photo
Insulin peptide hormone, chemical structure. Important drug in t Royalty Free Stock Photo
Insulin peptide hormone, chemical structure. Important drug in treatment of diabetes. Shown in het hexameric form, bound to zinc Royalty Free Stock Photo
Insulin peptide hormone molecule, 3D rendering. Used in diabetes treatment. Cartoon representation combined with semi-transparent Royalty Free Stock Photo
Insulin peptide hormone, chemical structure. Used in treatment of diabetes. Atoms are represented as colored spheres (per chain Royalty Free Stock Photo
RAGE receptor (mouse) hexamer, active form after ligand binding
Insulin peptide hormone molecule. Used in treatment of diabetes. Atoms shown as color-coded spheres. Conventional per element Royalty Free Stock Photo
Insulin peptide hormone. Important drug in treatment of diabetes. 3D Rendering based on protein data bank entry 1trz. Ball-and- Royalty Free Stock Photo
Insulin peptide hormone molecule. Used in diabetes treatment. Cartoon representation combined with semi-transparent surfaces. Royalty Free Stock Photo
Insulin peptide hormone, 3D rendering. Important drug in treatment of diabetes. Shown in het hexameric form, bound to zinc ions. Royalty Free Stock Photo
Insulin peptide hormone, 3D rendering, chemical structure. Important drug in treatment of diabetes. Shown in het hexameric form, Royalty Free Stock Photo
Insulin peptide hormone, chemical structure. Important drug in treatment of diabetes. Cartoon model, blueprint style. Royalty Free Stock Photo
Insulin peptide hormone, chemical structure. Important drug in treatment of diabetes. Shown in het hexameric form, bound to zinc Royalty Free Stock Photo
RAGE (Advanced glycosylation end product-specific receptor) belongs to the immunoglobulin superfamily and is involved in diabetes, Alzheimer's disease, inflammation and tumour invasion. Oligomerization of RAGE is believed to play an essential role in signal transduction. The position and conformation of the transmembrane and intracellular domains is assumed


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