Sandbox-moshe
From Proteopedia
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| - | <StructureSection load=' 1VAC' size='350' side='center' caption='Structure מודל של  | + | <StructureSection load=' 1VAC' size='350' side='center' caption='Structure מודל של חלבון האובלבומין'> | 
| - | + | <scene name='Sandbox-moshe/Ovalbumin/2'>The Ovalbumin proteine</scene> | |
| מולקולות האובלבומין הן שרשרָאות ארוכות אשר יחידות המבנה שלהן | מולקולות האובלבומין הן שרשרָאות ארוכות אשר יחידות המבנה שלהן | ||
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| Ovalbumin has four cysteine residues and a single cystine disulfide bridge (Stevens 1991). Electrophoretic separation shows three ovalbumin bands (Lush 1961). These three bands correspond to the dephosphorylated, monophosphorylated, and diphosphorylated forms. The phosphorylation sites are Ser68 and Ser344. A carbohydrate moiety is linked through Asn292. The N-terminus is acetylated. Two polymorphic forms of ovalbumin are known (ovalbumin A and ovalbumin B). Ovalbumin A has an asparagine at position 311, while ovalbumin B has an aspartic acid (Stevens 1991).  | Ovalbumin has four cysteine residues and a single cystine disulfide bridge (Stevens 1991). Electrophoretic separation shows three ovalbumin bands (Lush 1961). These three bands correspond to the dephosphorylated, monophosphorylated, and diphosphorylated forms. The phosphorylation sites are Ser68 and Ser344. A carbohydrate moiety is linked through Asn292. The N-terminus is acetylated. Two polymorphic forms of ovalbumin are known (ovalbumin A and ovalbumin B). Ovalbumin A has an asparagine at position 311, while ovalbumin B has an aspartic acid (Stevens 1991).  | ||
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| + | <scene name='Sandbox-moshe/Ramachandran_plot/1'>Ramachandran_plot</scene> | ||
| Protein Accession Number: P01012 | Protein Accession Number: P01012 | ||
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| Medicinal characteristics: | Medicinal characteristics: | ||
| In cases where poisoning by heavy metals (such as Iron) is suspected, ovalbumin may be administered. Ovalbumin chelates to heavy metals and traps the metal ions within the <scene name='Sandbox-moshe/1111111/1'>sulfhydryl bonds of the protein</scene>. Chelating prevents the absorption of the metals into the gastrointestinal tract and prevents poisoning. | In cases where poisoning by heavy metals (such as Iron) is suspected, ovalbumin may be administered. Ovalbumin chelates to heavy metals and traps the metal ions within the <scene name='Sandbox-moshe/1111111/1'>sulfhydryl bonds of the protein</scene>. Chelating prevents the absorption of the metals into the gastrointestinal tract and prevents poisoning. | ||
| + | <scene name='Sandbox-moshe/Ovalbumin/2'>The Ovalbumin proteine</scene> | ||
| </StructureSection> | </StructureSection> | ||
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| - | בא לי להראות <scene name='Sandbox-moshe/Ball_and_sticks_egg/1'>את האטומים והקישורים </scene> | ||
Revision as of 23:18, 5 January 2013
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