Original | Integral glycoproteins which bind a solute and undergo a conformational change to translocate the solute across the membrane. Carrier proteins will only bind a specific molecule, and may move molecules against concentration gradients in the presence of ATP (i.e. are used in active transport) |
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Title | Carrier proteins are |
Settings | 1,1,0 | n,n,n,n |
Text1 | Integral glycoproteins which bind a ... ... ... ... ... |
Text2 | Integral glycoproteins which bind a solute and undergo a conformational change to ... ... ... ... |
Text3 | ... solute and undergo a conformational change to translocate the solute across the membrane. Carrier proteins will only bind a ... ... ... |
Text4 | ... ... translocate the solute across the membrane. Carrier proteins will only bind a specific molecule, and may move molecules ... ... |
Text5 | ... ... ... specific molecule, and may move molecules against concentration gradients in the presence of ... |
Text6 | ... ... ... ... against concentration gradients in the presence of ATP (i.e. are used in active transport) |
Full | Integral glycoproteins which bind a solute and undergo a conformational change to translocate the solute across the membrane. Carrier proteins will only bind a specific molecule, and may move molecules against concentration gradients in the presence of ATP (i.e. are used in active transport) |
Tags: 1_4_membrane_transport
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