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Contain digestive enzymes Found: Animal cells Jobs: 1) Autolysis: Destroy dying cell This lysosome is destroying a mitochondrion.

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Presentation on theme: "Contain digestive enzymes Found: Animal cells Jobs: 1) Autolysis: Destroy dying cell This lysosome is destroying a mitochondrion."— Presentation transcript:

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3 Contain digestive enzymes Found: Animal cells Jobs: 1) Autolysis: Destroy dying cell This lysosome is destroying a mitochondrion

4 Contain digestive enzymes Found: Animal cells Jobs: 1) Autolysis: Destroy dying cell 2) Break down food cell pro te in protein Lysosome (with enzymes inside)

5 Contain digestive enzymes Found: Animal cells Jobs: 1) Autolysis: Destroy dying cell 2) Break down food 3) Kill bacteria white blood cell Lysosome (with enzymes inside) bacteria white blood cell

6 There are thousands of cilia surrounding this one cell. Lets zoom in for a closer look. You can now see the individual cilia Job: movement Cilia = short hair-like extensions (numerous)

7 This cell has 3 flagella Job: movement Cilia = short hair-like extensions (numerous) Flagella = long whip-like extension (very few) 1 2 3 cell

8 This cell has 8 flagella Job: movement Cilia = short hair-like extensions (numerous) Flagella = long whip-like extension (very few) 1 2 3 4 5 6 7 8 cell

9 Cell membrane Outermost layer of plant, fungi, & bacteria cells Job: Adds support for growth Made of tough cellulose –Hard to digest Witnessed by Robert Hooke in 1665 The cell wall is all that remains in cork

10 Job: Perform photosynthesis Chlorophyll molecules absorb sunlight & convert water and CO2 into sugars Endosymbiosis theory: (within, close, living relationship) Were once free living organisms that became parts of modern cells Evidence: –Own DNA and ribosomes –Make proteins –Replicate chloroplast

11 Job: Perform photosynthesis Chlorophyll molecules absorb sunlight & convert water and CO2 into sugars Endosymbiosis theory: (within, close, living relationship) Were once free living organisms that became parts of modern cells Evidence: –Own DNA and ribosomes –Make proteins –Replicate Look for them flowing in the cytoplasm during our lab activity!

12 A large predator cell devours the chloroplast ancestor Chloroplast ancestor Chloroplast survives and divides The predator cell divides, splitting apart the chloroplasts The chloroplasts continue to divide and multiply The predator cells continue to divide, splitting apart the chloroplasts Over time, the chloroplast and larger cell become dependent on one another

13 Job: Stores food, water, waste, color pigments Plant cells: Large central vacuole Animal cells: Scattered smaller vacuoles A B C

14 Review 1)Pick an organelle…any organelle. Describe its function. 2)Name 7 organelles that can be found within the cytoplasm. 3)Describe the pathway that proteins travel from creation to exportation. 4)List various reasons to help support the theory of endosymbiosis. 5)Name two organelles that plant cells have and animal cells do not. 6)Which organelle creates ATP energy for cells? 7)Which organelle converts sunlight into sugar? 8)Which organelle creates ribosomes? 9)Which organelle fuses with the cell membrane to release proteins? 10)Which molecule holds the information to make a protein?

15 Review Continued… 11) Identify the organelles in the figure below


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