Schwann Cells make the myelin found in the (PNS) Peripheral Nervous System. It also helps speed up neurotransmissions. I hope this was helpful.
for the central nervous system (brain & spinal cord) oligodendrocytes form the myelin.
Schwann cells and oligodendrocytes
No, they form myelin sheaths on axons in the CNS while schwann cells form myelin sheaths in the PNS. Hope this answers your question.
The plural of sheath is sheaths. As in "the knight sheaths his sword".
Schwann cells in the peripheral nervous system form myelin sheaths around axons, which helps to speed up the transmission of nerve impulses. These myelin sheaths act as insulating layers that ensure efficient communication between neurons.
The Schwann cells in the peripheral nervous system (PNS) help to form myelin sheaths around larger nerve fibers. These cells wrap around the nerve fibers to provide insulation and support for faster nerve impulse conduction.
In the peripheral nervous system, Schwann cells are responsible for forming myelin sheaths around the larger nerve fibres in the PNS. Keep in mind that one Schwann cell myelinates one nerve. You may hear about oligodendrocytes, but these are responsible for myelination in the Central Nervous System, and myelinate multiple nerves.
There is no prefix in the term "neuralgia". Neur/o = combining form meaning nerve(s). -algia = suffix meaning pain or painful condition.
no
Astrocytes
Oligodendrocyte; processes of the oligodendrocytes form the myelin sheaths around the CNS nerve fibers
- algia?. e.g. neuralgia. (Painkiller = analgesic)
Schwann cells are glial cells in the peripheral nervous system that support neurons and facilitate nerve regeneration. There are three forms: myelinating Schwann cells, which wrap around axons to form myelin sheaths that enhance signal conduction; non-myelinating Schwann cells, which support unmyelinated axons and maintain their health; and repair Schwann cells, which proliferate and aid in the regeneration of damaged nerves after injury. Together, these forms play crucial roles in nerve function and repair.