The concentration gradient is a passive force in cellular transport processes.
Exocytosis is an active process in cellular transport.
Active transport requires energy (ATP, GTP, etc) to work against the electrochemical gradient. Passive transport works with the electrochemical gradient and does not require energy. (Think diffusion)
Passive transport requires no cellular energy as it relies on the movement of molecules down their concentration gradient, such as diffusion and osmosis. These processes occur spontaneously to maintain equilibrium within the cell.
Active transport requires ATP and passive transport does not. Active transport goes against the concentration gradient and passive transport goes with the concentration gradient and includes osmosis, diffusion and facilitated diffusion.
Active transport requires energy; passive transport does not.
By definition, passive transport on a cellular level requires no energy other than some sort of gradient, whether of the molecule in question, or another whose movement across the membrane can be linked to the one of interest.
The concentration gradient is a passive force in cellular transport processes.
The movement of materials across the cell membrane without using cellular energy is called passive transport. The movement of materials against a concentration difference is known as active transport. Active transport requires energy.
Exocytosis is an active process in cellular transport.
Passive transport... the opposite of active transport.
Passive transport is the cellular transport mechanism. This all depends on the blood pressure.
Passive transport
Active transport requires energy; passive transport does not.
The 2 transporters of cellular energy are passive and active transport.
Active transport requires energy (ATP, GTP, etc) to work against the electrochemical gradient. Passive transport works with the electrochemical gradient and does not require energy. (Think diffusion)
Active transport requires energy, passive transport does not.