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Plant vs. Animal Cell

Plant vs. Animal Cell

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Plant vs. Animal Cell. Both: Nucleus, Mitochondria, Endoplasmic Reticulum, Golgi apparatus, vesicles, cytoskeleton. Cell Wall. Structure: rigid layer of carbohydrates (cellulose) outside cell membrane Function: support and protection. Central Vacuole. Structure: Large, fluid-filled organelle - PowerPoint PPT Presentation

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Page 1: Plant vs. Animal Cell

Plant vs. Animal Cell

Page 2: Plant vs. Animal Cell

Plant Cell Cell wall

Large central vacuolePlastids

Animal CellsCentrioles

Both: Nucleus, Mitochondria, Endoplasmic Reticulum, Golgi

apparatus, vesicles, cytoskeleton

Page 3: Plant vs. Animal Cell
Page 4: Plant vs. Animal Cell

Cell Wall• Structure: rigid layer of carbohydrates (cellulose) outside cell

membrane

• Function: support and protection

Page 5: Plant vs. Animal Cell

Central Vacuole• Structure: Large, fluid-filled organelle

• Function: • Stores water, enzymes, metabolic wastes, and other materials• Allows plant to stand upright

• Can make up 90% of the plant cell’s volume

Page 6: Plant vs. Animal Cell

Plastids• Structure• Double membrane• Contain DNA

• Types of plastids:1. Chloroplast2. Chromoplast3. Amyloplasts

What does this sound like?

Page 7: Plant vs. Animal Cell

Chloroplast• Structure:• Contains thylakoids (flattened, membranous sacs)• Thylakoids contain chlorophyll (molecule that absorbs light

energy for the cell)

• Function: Use light energy to make carbohydrates from carbon dioxide and water = photosynthesis

Page 8: Plant vs. Animal Cell

Evolution of Plastids and Mitochondria = Endosymbiosis