Lipid molecules
i think its when a cell cant fit all the food in through the membrane so the cell wraps itself around the food to dissolve it using centrioles
phagocytosis, otherwise known as "cell eating". The cell takes it in by squeezing it through the cell membrane and creating a vesicle
exocytosis
Bulk transport is in 2 forms, exocytosis and endocytosis. Each of these 2 forms can then be sub divided into phagocytosis (movement of solids) and pinocytosis (movement of liquids) When bulk transport occurs, a phospholipid bilayer membrane merges with the cell membrane, and forces the contents of the vesicle in.out of the cell.
Transportation & storage
Cardiac muscle makes up the bulk of the heart. That tissue is made of cardiomyocytes or muscle cells.
By a process called active transport, or endocytosis. There is phagocytosis for particles and pinocytosis for liquids. In both cases, the cell membrane, also called the phospholipid bilayer, engulfs the particle or liquid and then brings in into the cell where lysosomes use digestive enzymes to break it down.
Cells perform endocytosis through membrane movement. Endocytosis is a type of Bulk Transport, which involves the movement of larger particles (vesicles) through the membrane in and out. Endocytosis involves Phagocytosis or Pintocytosis. Phagocytosis: when cells engulf particles via pseudopodia ("false feet"), which is packaged in the membrane into an enclosed sac, and once inside the cell, it becomes a vacuole. Pintocytosis: when cells GULP extracellular fluids and makes them into vesicles. The fluids are unimportant but gulped anyway for the molecules within it.
i think its when a cell cant fit all the food in through the membrane so the cell wraps itself around the food to dissolve it using centrioles
Calculate volume of molecule, calculate mass of molecule, compare to bulk density. Lower bulk density indicates empty space.
phagocytosis, otherwise known as "cell eating". The cell takes it in by squeezing it through the cell membrane and creating a vesicle
Mitochondria
exocytosis
Net force of a single molecule in the bulk is zero attrated equally strong to its negibors. On thr surface, the conesive force will tend to pull the molecule back to the bulk of the fluid.
exocytosis
exocytosis
Endocytosis