In Biology, an ion transporter, also called an ion pump, is a transmembrane protein that moves ions across a plasma membrane against their concentration gradient, in contrast to ion channels, where ions go through passive transport.
A proton pump is passive because it is "pumping" protons throughout organisms.
Ion channels let ions flow according to their own electrochemical gradient, without energy consumption. That means they are a form of passive transport.
Active transport!
They are secondary active transporter.
It depends. Are you talking about Na/K pumps or Na/K co transporters? Pumps are active.
Na+/K+ ATPase active transport pump
A carrier protein (as opposed to a channel protein). An example of a carrier protein is the Na+/K+ pump.
Na+-K+ ATPase pumps
Sodium potassium pump is responsible for restoring the original concentration of Na plus and K plus.
It depends. Are you talking about Na/K pumps or Na/K co transporters? Pumps are active.
Na+/K+ ATPase active transport pump
Bulk Transport is an example of active transport. The process by which amoeba engulfs its food and secretes is a type of active transport. Amoeba forms false feet like pseudopodia and engulf food.Active and Passive transport both are related with plasma membrane. Active Transport is the transport of food across plasma membrane with expenditure of energy.
PASSIVE TRANSPORT: when there is a transport of solutes from there higher concentration to their lower concentration across the semipermeable membrane as plasma membrane without any utilization of energy is called passive transport. ACTIVE TRANSPORT: When there is a net flow of solutes from there low concentration to their high concentrain of flow against the concentration gradiant with the utilization of energy is called active transport. e.g. Na+- K+ exchange pump.
A carrier protein (as opposed to a channel protein). An example of a carrier protein is the Na+/K+ pump.
the Na/ K pump
The binding of Na+ ions to the pump
The Na+-K+pump. This carrier protein actively pumps Na+ out of and K+ into a cell against their electrochemical gradients. For every molecule of ATP hydrolyzed inside the cell, three Na+ are pumped out and two K+ are pumped in.
Na K pump :) J Debban
Na+-K+ ATPase pumps
Na+ out of the cell and K+ into the cell
K is potassium. Na is sodium. They are both akali metals which react violently with water. I actually did a project on potassium. I sadly actually don't know what inactive and active means.