Sandbox-moshe

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Composition:
Composition:
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Ovalbumin has <scene name='Sandbox-moshe/Cysteine_residues/1'>four cysteine residues and a single cystine disulfide bridge</scene> (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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Ovalbumin has <scene name='Sandbox-moshe/Cysteine_residues/1'>four cysteine residues and a single cystine disulfide bridge</scene> (Stevens 1991). Electrophoretic separation shows three ovalbumin bands (Lush 1961). These three bands correspond to the dephosphorylated, monophosphorylated, and diphosphorylated forms. <scene name='Sandbox-moshe/Two_phosphorylation_sites/1'>The phosphorylation</scene> 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).
<scene name='Sandbox-moshe/Ramachandran_plot/1'>Ramachandran_plot</scene>
<scene name='Sandbox-moshe/Ramachandran_plot/1'>Ramachandran_plot</scene>
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Medicinal characteristics:
Medicinal characteristics:
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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.
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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/Cysteine_residues/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>
<scene name='Sandbox-moshe/Ovalbumin/2'>The Ovalbumin proteine</scene>
</StructureSection>
</StructureSection>

Revision as of 00:16, 6 January 2013

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