Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Slide 1 Hazard! Cell Transport.

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Presentation transcript:

Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Slide 1 Hazard! Cell Transport

Slide 2 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Hazard Game Board Category 1 Category 2 Category 3 Category 4 Category Final Hazard Final Hazard

Slide 3 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 1 for 100 What is OSMOSIS?

Slide 4 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 1 for 200 Answer What is DIFFUSION?

Slide 5 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 1 for 300 The egg lab gave us an example of this type of passive transport! What is OSMOSIS?

Slide 6 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 1 for 400 Answer What is DIFFUSION?

Slide 7 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 1 for 500 The diffusion of water What is OSMOSIS?

Slide 8 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 2 for 100 This type of movement requires energy. It occurs when molecules move from an area of low concentration to an area of high concentration? What is active transport?

Slide 9 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 2 for 200 This type of transport does NOT require energy. Particles move from an area of high concentration to an area of low concentration. What is PASSIVE TRANSPORT?

Slide 10 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 2 for 300 Perfume is sprayed in the front of the classroom. This process explains how the particles move. What is DIFFUSION?

Slide 11 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 2 for 400 The baggie lab with the iodine and starch demonstrated that the baggie has this type of membrane. What is SEMI- PERMEABLE?

Slide 12 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 2 for 500 In the baggie lab, this substance moved into the baggie. What is IODINE & Water?

Slide 13 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 3 for 100 This color change occurs when iodine and starch combine. What is BLUE-BLACK

Slide 14 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 3 for 200 The water moves in this direction when a cell is in a hypotonic solution. What is INTO the cell?

Slide 15 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 3 for 300 Molecules like glucose and protein use this type of transport to enter a cell because they are too large to pass through the membrane on their own. What is FACILITATED DIFFUSION?

Slide 16 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 3 for 400 These proteins help larger molecules pass through the cell membrane. What are CARRIER PROTEINS?

Slide 17 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 3 for 500 Which direction does water move when a cell is placed into a hypertonic solution? What is OUT of the cell?

Slide 18 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 4 for 100 The cell membrane that is composed of a phospholipid bilayer with proteins and carbohydrates embedded into it is shown in this model. What is the FLUID MOSAIC MODEL?

Slide 19 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 4 for 200 This structure helps move certain things into and out of the cell. What is the SEMI PERMEABLE CELL MEMBRANE?

Slide 20 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 4 for 300 This occurs when carrier proteins help larger molecules move DOWN/with the concentration gradient. What is FACILITATED DIFFUSION?

Slide 21 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 4 for 400 This process helps oxygen molecules from your lungs move into your bloodstream. What is DIFFUSION?

Slide 22 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 4 for 500 This describes a situation where molecules are evenly distributed and the movement of molecules into and out of the cell are equal. What is EQUILIBRIUM?

Slide 23 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 5 for 100 Phagocytosis, Pinocytosis and Exocytosis are all examples of this type of cell transport. What is ACTIVE TRANSPORT?

Slide 24 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 5 for 200 Diffusion, Osmosis and Facilitated Diffusion are all examples of this type of cell transport. What is PASSIVE TRANSPORT?

Slide 25 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 5 for 300 Dropping a cell into this type of solution causes water to rush into the cell and possibly make the cell burst. What is HYPOTONIC?

Slide 26 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 5 for 400 White blood cells eat or engulf bacteria using this type of active transport. What is PHAGOCYTOSIS?

Slide 27 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Category 5 for 500 When cells take in liquid, they use this form of transport. What is PINOCYTOSIS?

Slide 28 Game Board Game Board Copyright © 2004 Glenna R. Shaw & FTC Publishing Background Courtesy of Awesome BackgroundsAwesome Backgrounds Reset Scores Write Your Final Hazard Wager Final Hazard! Active Transport requires energy, Facilitated Diffusion does not. What is the difference between Active Transport and Facilitated Diffusion?