1. Types of Tissue Epithelial Tissue Connective Tissue Muscle Tissue
Nervous Tissue

2. Properties of Epithelia
Cellularity
Polarity
Avascularity
Regeneration

3. Epithelial Tissue Stratified squamous epithelium Pseudostratified
Figure 40.5 Exploring: Structure and Function in Animal Tissues
Pseudostratified
columnar
epithelium
Cuboidal
epithelium
Simple columnar
epithelium
Simple squamous
epithelium

4. Apical surface Basal surface Basal lamina 40 m Polarity of epithelia
Figure 40.5 Exploring: Structure and Function in Animal Tissues
Polarity of epithelia

6. Pseudostratified columnar
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Classes of
epithelium
Simple
Pseudostratified
columnar
Stratified
Cell shapes
Squamous
Cuboidal
Columnar

15. Constituents of Connective Tissues
Cells
Blasts
Cytes
Clasts
Extracellular Matrix
Ground Substance
Fibers
Collagenous
Elastic
Reticular

17. Connective Tissue Loose connective tissue Blood Cartilage
Collagenous fiber
Plasma
White
blood cells
120 m
55 m
Elastic fiber
Cartilage
Red blood cells
Fibrous connective tissue
Chondrocytes
100 m
Figure 40.5 Exploring: Structure and Function in Animal Tissues
30 m
Chondroitin sulfate
Nuclei
Bone
Adipose tissue
Central
canal
Fat droplets
700 m
150 m
Osteon

34. Muscle Tissue Skeletal muscle Smooth muscle Cardiac muscle Nuclei
fiber
Sarcomere
100 m
Smooth muscle
Cardiac muscle
Figure 40.5 Exploring: Structure and Function in Animal Tissues
Nucleus
Muscle fibers
25 m
Nucleus
Intercalated disk
50 m

39. Nervous Tissue Neurons Glia Glia Neuron: Dendrites Cell body Axons of
15 m
Neuron:
Dendrites
Cell body
Axons of
neurons
Axon
Figure 40.5 Exploring: Structure and Function in Animal Tissues
Blood
vessel
40 m
(Fluorescent LM)
(Confocal LM)