Nervous System Histology
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1 Nervous System Histology Week 9 Expanded Studies
2 OBJECTIVES Identify the portions of a multipolar neuron using models & slides Differentiate between pseudounipolar, bipolar & multipolar neurons from slides Identify the components of the nerve cross section using diagrams & slides
3 What is a neuron? Neuron = Nerve cell Reflex Arc
4 Objective 1: Neuron Structure Parts of a Neuron animation click here
5 Main parts of a neuron Dendrites (receive) Cell Body (process) Axon (send) Axon Terminals (transfer) Cell Body Axon Terminals Multipolar Neuron model
6 Breakdown 1 Dendrites (receptive regions) Cell body (biosynthetic center and receptive region) Neuron cell body Nissl bodies (rough ER) Dendrite Nucleus Nucleolus Neurofibrils Axon (impulse generating and conducting region) Impulse direction
7 Breakdown 2 Axon Axon hillock Impulse direction Node of Ranvier Neurilemma (sheath of Schwann) Schwann cell (one internode)
8 Schwann cells - supporting cells of the PNS that myelinate axons. Myelin sheath whitish lipoprotein that surrounds and insulates the axon (nerve fiber) Neurilamma - external layer containing bulk of cytoplasm with nucleus and organelles myelin sheath Schwann cell nucleus neurilemma Node of Ranvier axon
9 Breakdown 3 End of axon Impulse direction Axon terminals (secretory component) Terminal branches (Telodendria)
10 Remember this? Axon (branches) Muscle fibers Axon terminals
11 Breakdown 4 Axon Collateral
12 Neuron Pathology Multiple Sclerosis MS is thought to be an autoimmune disease in which the myelin is lost in multiple areas, leaving scar tissue called sclerosis. These damaged areas are also known as plaques or lesions. Sometimes the nerve fiber itself is damaged or broken. Myelin not only protects nerve fibers, but makes their job possible. When myelin or the nerve fiber is destroyed or damaged, the ability of the nerves to conduct electrical impulses to and from the brain is disrupted, and this produces the various symptoms of MS.
13 What you need to draw and label Cell Body Spinal Cord Smear Motor Neuron
14 Nodes of Ranvier - Gaps between successive Schwann cells along the length of the axon Microscopic Views
15 What you need to draw and label Axon Node of Ranvier Neurilemma
16 Identify these structures: Nissle Bodies Dendrite Telodendria Node of Ranvier Axon Hillock
17 Identify these structures: Dendrites Cell Body (Soma) Nucleus (w/ nucleolus)
18 Objective 2: Neuron Classification
19 Multipolar (Interneuron) Pseudounipolar (Sensory) Multipolar (Motor) Bipolar
20 Pseudounipolar: - a short process (axon) emerges from the cell body and divides into proximal and distal branches - includes most sensory neurons In spinal nerves, the distal process is longer than the proximal process; The cell body (soma) is very close to the CNS in a structure called the dorsal root ganglion soma Receptive Endings Distal process (toward periphery) Proximal process (toward CNS)
21 Comparisons between Receptive Endings Pacinian Corpuscle
22 Pseudounipolar Cell Bodies in the Dorsal Root Ganglion of a Spinal Nerve
23 High power Dorsal Root Ganglion Pseudounipolar Cell Bodies Spinal Cord Low power
24 This is a low power slide of the Dorsal Root Ganglion. The key to knowing that you are looking at Neurons in the DRG is by looking for the CENTRALLY LOCATED NUCLEI, indicated by the Red arrows. These Large nuerons are Psuedouniplor, Sensory (Afferent) Neurons. They are responsible for conveying information to the Central Nervous System. You can tell that these Neurons have huge cell bodies. These are some of the largest cells in the body. The larger the cell body, the further away the information is coming from. Red arrows - Central Nuclei of Sensory Neurons UMDNJ histsweb
25 Bipolar neuron - has a single axon and a single dendrite attached to opposite sides of the cell body - found in special sense organs (eye, ear, etc.) dendrite axon (branched)
26 Human retina Bipolar neurons (nuclei visible)
27 Multipolar: - has multiple dendrites and a single axon - includes: - most neurons - most CNS neurons (Interneurons) - all motor neurons
28 Note: Multipolar neurons have diverse morphologies You do not need to memorize all these
29 Some Examples of Multipolar Neurons Neurons from the spinal cord (smear) Neuron from the cerebral cortex
30 Silver Stained Neuron in Gray Matter of spinal cord Spinal Cord - Anterior Horn Multipolar neuron Glial cell nuclei (supporting cells)
31 Multipolar neurons you will be drawing Pyramidal cell Pyramidal cell Hippocampus & Cerebral cortex Purkinje cell Cerebellum
32 Pyramidal cell (Low Power Cerebrum)
33 (Low Power - Cerebellum) Purkinje cell
34 Identify the structural class of these neurons Bipolar
35 Identify the structural class of these neurons Multipolar
36 Identify the structural class of these neurons Pseudounipolar
37 Identify the structural class of these neurons Multipolar
38 Objective 3: Nerves Nerves are structures of the PNS that consist of axons and dendrites bundled together by connective tissues
39 NERVE Fascicle: a bundle of axons or dendrites Epineurium: tough, fibrous connective tissue sheath surrounding a nerve Perineurium: loose, areolar connective tissue sheath surrounding fascicles Endoneurium: delicate connective tissue wrapping around each nerve fiber; the endoneurium electrically insulates each nerve fiber
40 Perineurium Endoneurium Fascicle Nerve fiber (axon) Epineurium Electron micrograph image
41 Epineurium Epineurium Perineurium Epineurium
42 Perineurium Endoneurium Axon (Nerve fiber)
43 Endoneurium Axon (Nerve fiber) Myelin Sheath
44 Identify the components of the nerve cross section???????
45
46 Try again: Label the structures Epineurium Perineurium Fascicle Endoneurium (nerve fibers)
47 Recap: Identify the portions of a multipolar neuron using models & slides Differentiate between pseudounipolar, bipolar & multipolar neurons from slides Identify the components of the nerve cross section using diagrams & slides
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