A permeability change takes place.
a cell membrane
receptor proteins bind to signal molecules
i belive it is electron transport chain
A) Active transport through special transport proteins in the plasma membrane. ATP causes these proteins to change shapes and move materials from low to high concentration. B) Bulk transport - moving large particles through the membrane by endocytosis or exocytosis.
base causes denaturing of protein
No. Its a cellular membrane trigger that causes cells to transport sugar across the membrane ( via transport proteins).
Carrier Proteins transport molecules from an area of higher concentration on one side of the membrane to an area of lower concentration on the other side.
Sorry my answer is not too accurate... don't have my bio textbook on me. From memory, ATP phosphorylates the protein that causes active transport. It would give the energy needed for a protein to actively transport the molecule or atom of choice through the pore. Now active transport mitosis? I've never heard of that before. Are you saying that ATP activates a protein (which transfers thing) during mitosis?
Antigens are surface membrane molecules that cause an immune reaction.
In passive transport the solute is driven across the cell until both sides of the membrane are equal. In active transport, energy causes the transporter to release the solute to only one side of the membrane.
In passive transport the solute is driven across the cell until both sides of the membrane are equal. In active transport, energy causes the transporter to release the solute to only one side of the membrane.
Diffusion
In passive transport the solute is driven across the cell until both sides of the membrane are equal. In active transport, energy causes the transporter to release the solute to only one side of the membrane.
Water molecules are polar This causes them to be attracted to the cell surface, which is also polar in nature
a cell membrane
It causes it because the cell of the membrane are not moving. So therefore it is not moving.
receptor proteins bind to signal molecules