转运体，通过转运体进行继发性主动转运，即依靠存在于细胞外高浓度钠离子的

Transporter, a secondary active transport, which rely on the high potential present in the extracellular transport of sodium ion concentration, which is equivalent to the energy consumed indirectly by the transporter ATP. Drug transporters located in a functional membrane protein on the cell membrane, the transmembrane transport of the drug and therefore plays a decisive role in vivo may affect drug absorption, distribution, metabolism and excretion, and drug transporter function due to a deletion or suppression caused by the interaction or certain diseases. Drug interactions. Play an important role in the dynamics of the drug.

The transporter, through the transporter for secondary active transport, is dependent on the presence of high concentrations of sodium ions outside the cell of the potential transfer, that is, equivalent to indirect consumption of ATP energy. The drug transporter is a functional membrane protein located on the cell membrane, so it plays a decisive role in drug transmembrane transport, which can affect the absorption, distribution, metabolism and excretion process of the drug body, as well as drug interactions or certain diseases caused by the loss or suppression of the function of the transporter. Drug-to-drug interactions. Plays an important role in the dynamics of the drug.

The transporter, through which the secondary active transport is carried out, depends on the potential energy transport existing in the extracellular high concentration of sodium ion, which is equivalent to the indirect consumption of ATP energy. Drug transporter is a functional membrane protein located on the cell membrane, so it plays a decisive role in drug transmembrane transport. It can affect the absorption, distribution, metabolism and excretion process of drugs in vivo and drug interaction or some diseases caused by the loss or inhibition of the function of transporter. Drug drug interactions. It plays an important role in the process of pharmacokinetics.<br>