Sodium Channel Inhibitor ATPase inhibitors CRM1 inhibitors Calcium Channel Inhibitors Potassium Channel Inhibitors CFTR inhibitors CFTR modulator P-gp inhibitors Proton Pump Inhibitors P-gp modulators CFTR activator ATPase activator
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Transmembrane Transporters

Sodium Channel Inhibitor ATPase inhibitors CRM1 inhibitors Calcium Channel Inhibitors Potassium Channel Inhibitors CFTR inhibitors CFTR modulator P-gp inhibitors Proton Pump Inhibitors P-gp modulators CFTR activator ATPase activator
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The transmembrane transport of drugs can be divided into passive transport and active transport:

(1) Passive transport which means small molecules are transported from the high concentration of low concentration, is the most simple mode of transport of transmembrane. It is the diffusion transport of drug molecules, which is concentration gradient-dependent and costs no energy. Apart from facilitory transport, it has no saturability or competitive inhibition.
Passive transport is divided into:
1.1 free diffusion: free diffusion does not need the assistance of carrier protein, such as the transport of oxygen, carbon dioxide, fat.
1.2 facilitated diffusion: facilitated diffusion need the assistance of carrier protein, such as the transport of amino acids, nucleotides. Special cases: glucose transport in and out of red blood cells.|

(2) active transport is the trans-membrane transport that need carrier and energy and thus is independent on the concentration difference of the two sides of the membrane. It has a saturability and competitive inhibition. Small molecules are transported from low concentrations to high concentrations, such as mineral ions, glucose. Energy and carrier proteins are needed in the transport of glucose into and out of other cells except red blood cells.

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