Myelin sheath never transmits the impulse from one neuron to another. On the contrary these are insulating cells which prevent transmission of nerve impulses.
Neural impulses (action potentials) are transmitted through axons which are covered in a myelin sheath for insulation.
if neurons didn't have myelin sheath then the transmission of nerve impulses is slowed or stopped
Myelin sheath insulates axons for speedier signaling
Myelin Sheath
That substance is called the myelin cell or myelin sheath.
Myelin sheath, which is only found on long axons (white matter), not on short cortical neurons (grey matter).
The myelin sheath. Due to its insulating properties, the myelin sheath prevents the movement of ions in nerve cells. Therefore nervous impulses will jump between the gaps in the myelin sheath (called the Nodes of Ranvier). This is a lot quicker than the conduction in non-myelinated nerve fibres which occurs by the movement of ions across each of the nerve cell membranes.
Myelin sheath is the "cover" if you like of nerves. It's structure is important in helping pass the nerve impulses along it's axon, from the body, to the terminal buttons. Long story short, a degeneration of the Myelin sheath leads to interrupted, or non existent impulses, and causes a very well known disease, called MS (multiple sclerosis)
It is called as myelin sheath. It acts as an insulator of the electrical wire. It is made up of cells.
insulating sheath that speeds up the transmission of impulses along an axon
Myelin Sheath Myelin Sheath
Melination The myelin sheath means that the action potential can occur in between the schwann cells. Myelinated meurones conduct much quicker that non-myleinated neurones, even at speeds upto 120m/s