These cells reside in the CNS and provide the myelination for axons.

84
These cells reside in the CNS and provide the myelination for axons.

description

These cells reside in the CNS and provide the myelination for axons. These cells are found between nerves and blood vessels. They regulate concentrations of ions and nutrients. These cells reside in the PNS and provide myelination for axons. - PowerPoint PPT Presentation

Transcript of These cells reside in the CNS and provide the myelination for axons.

Page 1: These cells reside in the CNS and provide the myelination for axons.

These cells reside in the CNS and provide the myelination for axons.

Page 2: These cells reside in the CNS and provide the myelination for axons.

These cells are found between nerves and blood vessels. They regulate concentrations of ions and nutrients.

Page 3: These cells reside in the CNS and provide the myelination for axons.

These cells reside in the PNS and provide myelination for axons.

Page 4: These cells reside in the CNS and provide the myelination for axons.

Also called nerve cells. They transmit signals to one another and effectors by action potentials.

Page 5: These cells reside in the CNS and provide the myelination for axons.

These cells cover brain parts, form inner linings within the brain and the spinal cord

Page 6: These cells reside in the CNS and provide the myelination for axons.

These cells reside in the CNS, look spider-like, and dispose of debris, dead brain cells, and bacteria.

Page 7: These cells reside in the CNS and provide the myelination for axons.

Astrocytes

Page 8: These cells reside in the CNS and provide the myelination for axons.

Ependymal Cells

Page 9: These cells reside in the CNS and provide the myelination for axons.

Microglia

Page 10: These cells reside in the CNS and provide the myelination for axons.

Neurons

Page 11: These cells reside in the CNS and provide the myelination for axons.

Oligodendrocytes

Page 12: These cells reside in the CNS and provide the myelination for axons.

Schwann Cells

Page 13: These cells reside in the CNS and provide the myelination for axons.

Belly or stomach

Page 14: These cells reside in the CNS and provide the myelination for axons.

together

Page 15: These cells reside in the CNS and provide the myelination for axons.

axle

Page 16: These cells reside in the CNS and provide the myelination for axons.

tree

Page 17: These cells reside in the CNS and provide the myelination for axons.

Small cord or fiber

Page 18: These cells reside in the CNS and provide the myelination for axons.

A swelling

Page 19: These cells reside in the CNS and provide the myelination for axons.

interweaving

Page 20: These cells reside in the CNS and provide the myelination for axons.

feeling

Page 21: These cells reside in the CNS and provide the myelination for axons.

Rind or peel

Page 22: These cells reside in the CNS and provide the myelination for axons.

membrane

Page 23: These cells reside in the CNS and provide the myelination for axons.

moving

Page 24: These cells reside in the CNS and provide the myelination for axons.

All around

Page 25: These cells reside in the CNS and provide the myelination for axons.

Ax-

Page 26: These cells reside in the CNS and provide the myelination for axons.

Dendr-

Page 27: These cells reside in the CNS and provide the myelination for axons.

Funi-

Page 28: These cells reside in the CNS and provide the myelination for axons.

Gangli-

Page 29: These cells reside in the CNS and provide the myelination for axons.

-lemm

Page 30: These cells reside in the CNS and provide the myelination for axons.

Mening-

Page 31: These cells reside in the CNS and provide the myelination for axons.

Moto-

Page 32: These cells reside in the CNS and provide the myelination for axons.

Peri-

Page 33: These cells reside in the CNS and provide the myelination for axons.

Plex-

Page 34: These cells reside in the CNS and provide the myelination for axons.

Sens-

Page 35: These cells reside in the CNS and provide the myelination for axons.

Syn-

Page 36: These cells reside in the CNS and provide the myelination for axons.

Ventr-

Page 37: These cells reside in the CNS and provide the myelination for axons.

a nerve cell with two processes

Page 38: These cells reside in the CNS and provide the myelination for axons.

a nerve cell with one process that splits once it leaves the cell body

Page 39: These cells reside in the CNS and provide the myelination for axons.

a nerve cell with many processes

Page 40: These cells reside in the CNS and provide the myelination for axons.

nerve cells that carry information from body parts to the CNS

Page 41: These cells reside in the CNS and provide the myelination for axons.

nerve cells that are entirely in the brain or spinal cord

Page 42: These cells reside in the CNS and provide the myelination for axons.

nerve cells that carry information from the CNS to effectors

Page 43: These cells reside in the CNS and provide the myelination for axons.

bipolar

Page 44: These cells reside in the CNS and provide the myelination for axons.

interneurons

Page 45: These cells reside in the CNS and provide the myelination for axons.

motor

Page 46: These cells reside in the CNS and provide the myelination for axons.

multipolar

Page 47: These cells reside in the CNS and provide the myelination for axons.

sensory

Page 48: These cells reside in the CNS and provide the myelination for axons.

unipolar

Page 49: These cells reside in the CNS and provide the myelination for axons.

the junction between two communicating neurons

Page 50: These cells reside in the CNS and provide the myelination for axons.

the path that nerve impulses travel on from neuron to neuron

Page 51: These cells reside in the CNS and provide the myelination for axons.

the neuron that is sending a message from its cell body through its axon

Page 52: These cells reside in the CNS and provide the myelination for axons.

the neuron that is receiving the message in its dendrites

Page 53: These cells reside in the CNS and provide the myelination for axons.

these increase the ability for a nerve to send an impulse/trigger impulses

Page 54: These cells reside in the CNS and provide the myelination for axons.

these decrease the chance that the nerve will send an impulse

Page 55: These cells reside in the CNS and provide the myelination for axons.

Excitatory neurotransmitters

Page 56: These cells reside in the CNS and provide the myelination for axons.

Inhibitory neurotransmitters

Page 57: These cells reside in the CNS and provide the myelination for axons.

Nerve pathways

Page 58: These cells reside in the CNS and provide the myelination for axons.

Postsynaptic neuron

Page 59: These cells reside in the CNS and provide the myelination for axons.

Presynaptic neuron

Page 60: These cells reside in the CNS and provide the myelination for axons.

synapse

Page 61: These cells reside in the CNS and provide the myelination for axons.

Cranial nerve I

Page 62: These cells reside in the CNS and provide the myelination for axons.

Cranial nerve II

Page 63: These cells reside in the CNS and provide the myelination for axons.

Cranial nerve III

Page 64: These cells reside in the CNS and provide the myelination for axons.

Cranial nerve IV

Page 65: These cells reside in the CNS and provide the myelination for axons.

Cranial nerve V

Page 66: These cells reside in the CNS and provide the myelination for axons.

Cranial nerve VI

Page 67: These cells reside in the CNS and provide the myelination for axons.

Cranial nerve VII

Page 68: These cells reside in the CNS and provide the myelination for axons.

Cranial nerve VIII

Page 69: These cells reside in the CNS and provide the myelination for axons.

Cranial nerve IX

Page 70: These cells reside in the CNS and provide the myelination for axons.

Cranial nerve X

Page 71: These cells reside in the CNS and provide the myelination for axons.

Cranial nerve XI

Page 72: These cells reside in the CNS and provide the myelination for axons.

Cranial nerve XII

Page 73: These cells reside in the CNS and provide the myelination for axons.

hypoglossal

Page 74: These cells reside in the CNS and provide the myelination for axons.

oculomotor

Page 75: These cells reside in the CNS and provide the myelination for axons.

olfactory

Page 76: These cells reside in the CNS and provide the myelination for axons.

vestibulocochlear

Page 77: These cells reside in the CNS and provide the myelination for axons.

accessory

Page 78: These cells reside in the CNS and provide the myelination for axons.

trochlear

Page 79: These cells reside in the CNS and provide the myelination for axons.

abducens

Page 80: These cells reside in the CNS and provide the myelination for axons.

facial

Page 81: These cells reside in the CNS and provide the myelination for axons.

trigeminal

Page 82: These cells reside in the CNS and provide the myelination for axons.

optic

Page 83: These cells reside in the CNS and provide the myelination for axons.

glossopharyngeal

Page 84: These cells reside in the CNS and provide the myelination for axons.

vagus