adhesion
Gap junctions
The type of molecule common to all three parts of the cytoskeleton is protein. Actin filaments, microtubules, and intermediate filaments are all composed of different types of proteins that provide the structural support and stability necessary for cell shape and movement.
It depends on what the next structure is. If it is another neurone, then it is a synapse. If it is skeletal muscle, then the it is a neuromuscular junction. If it is any other type of muscle, then it is a myoneural junction.
Tight junctions are the type of cell junction that form a barrier between cells, preventing leakage of contents from the stomach or urinary bladder into surrounding tissues. Tight junctions create a seal between adjacent cells, regulating the passage of molecules between them.
Intermediate Filaments
Eukaryotic
Gap junctions
Neuromuscular junction. It is the point of contact between the motor neuron and the skeletal muscle cell, where the motor neuron releases neurotransmitters that trigger muscle contraction.
A glycoprotein. A integral protein that has a carbohydrate chain attached that docks with another cell's membrane protein that is of a certain recognizable configuration.
Tight Junctions
The type of molecule common to all three parts of the cytoskeleton is protein. Actin filaments, microtubules, and intermediate filaments are all composed of different types of proteins that provide the structural support and stability necessary for cell shape and movement.
It depends on what the next structure is. If it is another neurone, then it is a synapse. If it is skeletal muscle, then the it is a neuromuscular junction. If it is any other type of muscle, then it is a myoneural junction.
Intermediate filaments anchor organelles within the cell. They form a network of fibers that provide structural support and help maintain the organization of the cell's contents.
gap junction
Technically, packaged proteins from the ER are sent all throughout the cell. The proteins are packaged inside of transport vesicles and move along the cytoskeleton like a train on train tracks so that they can be sent to what ever part of the cell uses that particular type of protein. If you need only 1 answer I guess you could say the cytoskeleton does so that it can transport them.
Tight junctions are the type of cell junction that form a barrier between cells, preventing leakage of contents from the stomach or urinary bladder into surrounding tissues. Tight junctions create a seal between adjacent cells, regulating the passage of molecules between them.
Intermediate Filaments