Phosphoglucoisomerase: Difference between revisions

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=='''Structure'''==

[[Image:Align.jpg|thumb|left|Multiple alignment PGI - ''Geobacillus stearothermophilus'' (white),'' Homo sapiens'' (pink), ''Oryctolagus cuniculus'' (turquoise)]]

Phosphoglucose isomerase exists in the cell usually as a <scene name='Stancu_Phosphoglucoisomerase_Sandbox_1/Dimer/1'>homodimer</scene>, nevertheless outside of the cell, it has been isolated as <scene name='Stancu_Phosphoglucoisomerase_Sandbox_1/Monomer/1'>monomeric</scene> structure. PGI has essentially an identical fold in all of the characterized species (see figure). The <scene name='Stancu_Phosphoglucoisomerase_Sandbox_1/Sec_struct/1'>secondary structure</scene> of phosphoglucose isomerase is charaterized by an αβα conformation, on each of its two domains. The smaller domain is characterized by 5 parallel β-sheets, while the larger domain if formed out of 6 parallel/antiparallel β-sheets.

Phosphoglucose isomerase exists in the cell usually as a <scene name='Stancu_Phosphoglucoisomerase_Sandbox_1/Dimer/1'>homodimer</scene>, nevertheless outside of the cell, it has been isolated as <scene name='Stancu_Phosphoglucoisomerase_Sandbox_1/Monomer/1'>monomeric</scene> structure. PGI has essentially an identical fold in all of the characterized species (see figure). The <scene name='Stancu_Phosphoglucoisomerase_Sandbox_1/Sec_struct/1'>secondary structure</scene> of phosphoglucose isomerase is charaterized by an αβα conformation, on each of its two domains. The smaller domain is characterized by 5 parallel β-sheets, while the larger domain if formed out of 6 parallel/antiparallel β-sheets.

=='''Mechanism'''==

Phosphoglucoisomerase: Difference between revisions

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@@ Line 11: / Line 11: @@
 =='''Structure'''==
 [[Image:Align.jpg|thumb|left|Multiple alignment PGI - ''Geobacillus stearothermophilus'' (white),'' Homo sapiens'' (pink), ''Oryctolagus cuniculus'' (turquoise)]]
+Phosphoglucose isomerase exists in the cell usually as a <scene name='Stancu_Phosphoglucoisomerase_Sandbox_1/Dimer/1'>homodimer</scene>, nevertheless outside of the cell, it has been isolated as <scene name='Stancu_Phosphoglucoisomerase_Sandbox_1/Monomer/1'>monomeric</scene> structure. PGI has essentially an identical fold in all of the characterized species (see figure). The <scene name='Stancu_Phosphoglucoisomerase_Sandbox_1/Sec_struct/1'>secondary structure</scene> of phosphoglucose isomerase is charaterized by an αβα conformation, on each of its two domains. The smaller domain is characterized by 5 parallel β-sheets, while the larger domain if formed out of 6 parallel/antiparallel β-sheets.
 <applet load="1hox" size="300" color="white" frame="true" align="right" caption="Phosphoglucose isomerase" />
-Phosphoglucose isomerase exists in the cell usually as a <scene name='Stancu_Phosphoglucoisomerase_Sandbox_1/Dimer/1'>homodimer</scene>, nevertheless outside of the cell, it has been isolated as <scene name='Stancu_Phosphoglucoisomerase_Sandbox_1/Monomer/1'>monomeric</scene> structure. PGI has essentially an identical fold in all of the characterized species (see figure). The <scene name='Stancu_Phosphoglucoisomerase_Sandbox_1/Sec_struct/1'>secondary structure</scene> of phosphoglucose isomerase is charaterized by an αβα conformation, on each of its two domains. The smaller domain is characterized by 5 parallel β-sheets, while the larger domain if formed out of 6 parallel/antiparallel β-sheets.
 =='''Mechanism'''==