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Week 10 Anatomy &Physiology
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Page 1: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

Week 10

Anatomy &Physiology

Page 2: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

#11 What are the three general characteristics of Connective Tissue Connective tissues have:

#1 Mesenchyme as their common tissue of origin

#2 Varying degrees of vascularity

#3 Nonliving extracellular matrix, consisting of ground substance and fibers

Must Do – Answer the following question using an electronic device.

Page 3: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

#12 What Functions are performed by Connective Tissue?

• A. Binding and support• B. Protection• C. Insulation• D. Transportation

Page 4: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

#13 Structural Elements of Connective How are the functions of connective tissue reflected in its

structure?

Living cells are soft and fragile. The large amount of non-living matrix provides the strength needed for the normal function of connective tissues.

Page 5: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

#14 Connective Tissue Proper: Loose, Adipose

Figure 4.9b

2. Acts as a storage depot for fat

11. Insulates against heat loss

Page 6: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

#14 Connective Tissue Proper: Areolar

Figure 4.9a

6, Composes basement membranes, soft package tissues with a jellylike matrix

Page 7: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

Areolar Connective Tissue: Model

Figure 4.8

Page 8: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

#14 Dense Connective Tissue Proper: Regular

Figure 4.9d

1; Attaches muscles to bones or bones to bone

3; The dermis of the skin

Page 9: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

#14 Connective Tissue: Elastic Cartilage

Figure 4.9g

8, Provides a flexible framework for the external ear

Page 10: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

Connective Tissue: Fibrocartilage Cartilage

Figure 4.9h

4, Makes up intervertebral discs

Page 11: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

Connective Tissue: Bone (Osseous Tissue)

Figure 4.9i

5. Forms your hip bone 10. Provides levers for muscles to act on

Page 12: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

Connective Tissue: Hyaline Cartilage

Figure 4.9f

7. Forms the larynx, the cover of the ribs, & the embryonic skeleton

9. Firm amorphous matrix invaded with fibers, glassy and smooth

Page 13: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

#15 Why do adipose cells remind people of a ring with a single jewel?

Figure 4.9b

They contain a large fat-filled vacuole occupying most of the cell. The nucleus is pushed to the periphery giving a ‘signet ring’ appearance

Page 14: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

Connective Tissue: Blood

Figure 4.9j

Page 15: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

Connective Tissue Proper: Dense Irregular

Figure 4.9e

Page 16: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

Connective Tissue Proper: Loose

Figure 4.9c

Page 17: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

Connective Tissue Proper: Loose

• Areolar connective tissue– Gel-like matrix with all three connective tissue

fibers– Fibroblasts, macrophages, mast cells, and some

white blood cells– Wraps and cushions organs– Widely distributed throughout the body

Page 18: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

Connective Tissue: Embryonic

• Mesenchyme – embryonic connective tissue– Gel-like ground substance with fibers and star-

shaped mesenchymal cells– Gives rise to all other connective tissues– Found in the embryo

Page 19: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

#16 Nervous Tissue, What two physiological characteristics are highly developed in neurons?

Figure 4.10

Irritability and conductivityIrritability and conductivity#17 In what way are neurons similar to other cells?

They contain a nucleus and the usual organelles

#17 In what way are neurons similar to other cells?

They contain a nucleus and the usual organelles

How are they different?

They are different as their cytoplasm is drawn out into long processes

How are they different?

They are different as their cytoplasm is drawn out into long processes

Page 20: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

Axon

Dendrites

#18

Describe how the unique structure of a neuron relates to its function in the body

Neurons conduct impulses over relatively long distances in the body. This is facilitated by the long cytoplasmic extensions

#18

Describe how the unique structure of a neuron relates to its function in the body

Neurons conduct impulses over relatively long distances in the body. This is facilitated by the long cytoplasmic extensions

Sketch and Label the next 13 slides as they correspond to your packet

Sketch and Label the next 13 slides as they correspond to your packet

Page 21: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

# 19 Muscle Tissue: Smooth

Figure 4.11c

Check boxes, 2, 4, 8, 9, 14Check boxes, 2, 4, 8, 9, 14

Page 22: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

#19 Muscle Tissue: Skeletal

Figure 4.11a

Check Boxes 1 3 5 6 7 11 13Check Boxes 1 3 5 6 7 11 13

Page 23: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

#19 Muscle Tissue: Cardiac

Figure 4.11b

Check Boxes 2 3 4 10 12 14 15Check Boxes 2 3 4 10 12 14 15

Page 24: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.
Page 25: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.
Page 26: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

1) Stratified squamousa) Layers of various shapes

Page 27: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

A mixture of all cell typesA mixture of all cell types

Page 28: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.
Page 29: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.
Page 30: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.
Page 31: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.
Page 32: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.
Page 33: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.
Page 34: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.
Page 35: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.
Page 36: Week 10 Anatomy &Physiology. #11 What are the three general characteristics of Connective Tissue  Connective tissues have:  #1 Mesenchyme as their common.

InterActive Physiology ®: Nervous System I: Anatomy Review

Nervous Tissue

• Branched neurons with long cellular processes and support cells

• Transmits electrical signals from sensory receptors to effectors

• Found in the brain, spinal cord, and peripheral nerves


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