1. Challenge Problem 1. If a tissue were connecting the femur bone and the tibia bone together, what type is it? 1. If a tissue were connecting the femur bone and the tibia bone together, what type is it? 2. The spaces in bone and cartilage tissue where cells lie are called ________. 2. The spaces in bone and cartilage tissue where cells lie are called ________. 3. If you saw a tissue under the microscope that had lots of different types of fibers in it and it was able to soak up excess fluid, what type is it? 3. If you saw a tissue under the microscope that had lots of different types of fibers in it and it was able to soak up excess fluid, what type is it? 4. If you got a call about a patient who had a severe laceration to her elastic cartilage, where is her injury? 4. If you got a call about a patient who had a severe laceration to her elastic cartilage, where is her injury?

2. Welcome Back!! 1. Which of the following is NOT a cell shape? Squamouscuboidalcolumnarstratified Squamouscuboidalcolumnarstratified 2. Identify the tissue that circulates in our body and delivers oxygen and carbon dioxide 3. Bones are an example of epithelial, connective, or nervous tissue? Choose one 4. Identify the function of nervous tissue. 5. Is the image to the right connective, muscle or nervous?  6. What is another name for adipose tissue? adipose tissue?

3. Tissues: Muscle & Nervous Tissue Chapter 3

4. Muscle Tissue Slide 3.64 Copyright © 2003 Pearson Education, Inc. publishing as Benjamin Cummings  Function is to produce movement  Three types  Skeletal muscle  Cardiac muscle  Smooth muscle

5. Muscle Tissue Types Slide 3.65 Copyright © 2003 Pearson Education, Inc. publishing as Benjamin Cummings  Skeletal muscle  Can be controlled voluntarily  Cells attach to connective tissue to bones  Cells are striated  Cells have more than one nucleus Figure 3.19b

6. Skeletal Muscle

7. Muscle Tissue Types Slide 3.66 Copyright © 2003 Pearson Education, Inc. publishing as Benjamin Cummings  Cardiac muscle  Found only in the heart  Function is to pump blood (involuntary)  Cells attached to other cardiac muscle cells at intercalated disks  Cells are striated  One nucleus per cell Figure 3.19c

8. Cardiac Muscle

9. Muscle Tissue Types Slide 3.67 Copyright © 2003 Pearson Education, Inc. publishing as Benjamin Cummings  Smooth muscle  Involuntary muscle  Surrounds hollow organs  Attached to other smooth muscle cells  No visible striations  One nucleus per cell Figure 3.19a

10. Smooth Muscle

11. Quick Quiz What type(s) of muscle tissue produce involuntary movement? What type(s) of muscle tissue produce involuntary movement? What type(s) of muscle tissue are striated? What type(s) of muscle tissue are striated? What is the function of smooth muscle? What is the function of smooth muscle?

12. Welcome Back! CP 1. Identify the type of muscle tissue that has intercalated disks. 1. Identify the type of muscle tissue that has intercalated disks. 2. We are able to move our bodies because of ________ muscle. 2. We are able to move our bodies because of ________ muscle. 3. If a person had issues with smooth muscle, where in there body might they be having problems? 3. If a person had issues with smooth muscle, where in there body might they be having problems? 4. Which two types of muscle tissue have striations? 4. Which two types of muscle tissue have striations? 5. What are striations? 5. What are striations? 6. If a person had a torn biceps muscle, which of the three types of muscle tissue would it be? 6. If a person had a torn biceps muscle, which of the three types of muscle tissue would it be?

13. Nervous Tissue Slide 3.68 Copyright © 2003 Pearson Education, Inc. publishing as Benjamin Cummings  Neurons and nerve support cells  Function is to send impulses to other areas of the body  Irritability  Conductivity Figure 3.20

14. Nervous Tissue

15. Tissue Repair Slide 3.69 Copyright © 2003 Pearson Education, Inc. publishing as Benjamin Cummings  Regeneration  Replacement of destroyed tissue by the same kind of cells  Fibrosis  Repair by dense fibrous connective tissue (scar tissue)  Determination of method  Type of tissue damaged  Severity of the injury

16. Events in Tissue Repair Slide 3.70 Copyright © 2003 Pearson Education, Inc. publishing as Benjamin Cummings  Capillaries become very permeable  Introduce clotting proteins  Wall off injured area  Formation of granulation tissue  Regeneration of surface epithelium

17. Regeneration of Tissues Slide 3.71 Copyright © 2003 Pearson Education, Inc. publishing as Benjamin Cummings  Tissues that regenerate easily  Epithelial tissue  Fibrous connective tissue and bone  Tissues that regenerate poorly  Skeletal muscle  Tissues that are replaced largely with scar tissue  Cardiac muscle  Nervous tissue within the brain and spinal cord

18. Quick Quiz What type of tissue is this: What type of tissue is this: What is the function of nervous tissue? What is the function of nervous tissue? What type(s) of tissues regenerate poorly? What type(s) of tissues regenerate poorly?