4.) (7 points) Build a dichotomous key to all the tissues you have seen in the...

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4.) (7 points) Build a dichotomous key to all the tissues you have seen in the lab under the microscope. For this, you can use any of their morphological characteristics (under the microscope) but not their physiological functions. 14 Mammal Areolar Tissue Spread 2. Human Simple Squamous 3 Epithelium Nerve 4. Mammal Neuron Motor Deuren Cells 5. Fibrocartilage 6. Mammal Transitional Epithelium 7. Mammal Smooth Muscle 8. Mammal Hyaline cartilage 9. Mammal Cardiac Muscle 10. Human Adipase Tissue 11. Human Stratified Squamous 12. Keratinizing Epithelium 13. Mammal Simple Cuboidal 14. Epithelium 15. Mammal Skeletal Muscle 16. Goblet cells intestine. 17. Mammal Bone Ground 18. Human Blood smear 19. Human Simple Columnar. 20. Mammal Elastic Cartilage 21. Mammal Pseudostratified Cliated 2a. Columnar Epithelium 4.) (7 points) Build a dichotomous key to all the tissues you have seen in the lab under the microscope. For this, you can use any of their morphological characteristics (under the microscope) but not their physiological functions. 14 Mammal Areolar Tissue Spread 2. Human Simple Squamous 3 Epithelium Nerve 4. Mammal Neuron Motor Deuren Cells 5. Fibrocartilage 6. Mammal Transitional Epithelium 7. Mammal Smooth Muscle 8. Mammal Hyaline cartilage 9. Mammal Cardiac Muscle 10. Human Adipase Tissue 11. Human Stratified Squamous 12. Keratinizing Epithelium 13. Mammal Simple Cuboidal 14. Epithelium 15. Mammal Skeletal Muscle 16. Goblet cells intestine. 17. Mammal Bone Ground 18. Human Blood smear 19. Human Simple Columnar. 20. Mammal Elastic Cartilage 21. Mammal Pseudostratified Cliated 2a. Columnar Epithelium

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