Final answer:
Fibroblast cell locomotion shares properties with the movement of particles along the extracellular surface of the plasma membrane and filtration. They can extend pseudopodia and assemble actin bundles to move, while also maintaining cell shape with the help of actin stress fibers.
Step-by-step explanation:
The properties of cell locomotion exhibited by fibroblast cells share similarities with various other cellular processes, such as the movement of particles along the extracellular surface of the plasma membrane and filtration. Fibroblasts, which are the most abundant cells in connective tissue proper, are capable of extending pseudopodia, which are thin filipodia, in the direction of their movement by assembling actin bundles. Actin stress fibers also play a role in maintaining cell shape and fluorescence green in micrographs. Furthermore, fibroblasts can move forward by extending filipodia at the front and retracting retraction fibers at the hind-end of the cell.