Sandbox Reserved 427: Difference between revisions
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Interactions with insulin (IRS-1) and subsequent binding/phosphorylation. This leads to an increase in the glucose transporter (Glut-4) which has a high affinity for glucose molecules. This occurs mainly in muscle and adipose tissues where glucose uptake is most needed. This increase in Glut-4 causes an increase in glucose uptake from blood. Simply stated, 2dtg is activated by insulin which signals for an increase in Glut-4. Glut-4 finds its way to the cell surface where it can perform its function (transport glucose into the cell). | Interactions with insulin (IRS-1) and subsequent binding/phosphorylation. This leads to an increase in the glucose transporter (Glut-4) which has a high affinity for glucose molecules. This occurs mainly in muscle and adipose tissues where glucose uptake is most needed. This increase in Glut-4 causes an increase in glucose uptake from blood. Simply stated, 2dtg is activated by insulin which signals for an increase in Glut-4. Glut-4 finds its way to the cell surface where it can perform its function (transport glucose into the cell). | ||
Green scene of the active site of 2dtg (tyrosine kinase) <scene name='Sandbox_Reserved_427/Active_site/1'>TextToBeDisplayed</scene>. | Green scene of the active site of 2dtg (tyrosine kinase) <scene name='Sandbox_Reserved_427/Active_site/1'>TextToBeDisplayed</scene>. This green scene is quite complex! Simplify to make your point clearly... Prof T. | ||
===Additional Features=== | ===Additional Features=== | ||
