1. Cellular Communication

2. Cellular Communication 3. NoteThis entire slide show is interactive.If you get lost In any section of the cell,Simply click on the home button at theBottom of the screen. It will take you back to the hubThere is music on almost every slide, But there Is no actual speaking.Feel free to mute if desired.Click Here to continue 4. Hi there!Click Here To Continue 5. Hi there! My name is Wyatt. Im a white blood cell, and Ill be your guide today! Were going to look at cellular communication! I wont spend a lot of time bothering you, but if you need me, Ill be in the bottom right hand corner! Have fun looking around! Great! If youre ever stuck, click on me! Click Here To Continue Ill tell you where to go and what to do! Hint: Click on Wyatt 6. Please make a selection. 7. Ligand Relay MoleculeLigands are molecules with highlyRelay molecules are triggeredspecific shapes. They bond to theby the activation of thereceptor and cause the relayreceptor molecule by themolecules to activate.ligand. They work kind of like aphone tree.Click on the various shapes to getbasic definitions. Click on their titlesto get more in depth info. Receptor MoleculeLike ligands, receptor molecules are veryhighly specialized in shape. They have anactive site in which the ligand fits andsets off the reaction. 8. Ligand s Q: One cell said to the other cell, "I dont know how to multiply!A: The other says, "Its easy, silly, just divide!"Ligands are highly specialized molecules found all throughout your body ;normally, ligands merely float around until they are needed for a particularreaction. They fit into the active site of the receptor molecule, which is alsohighly specialized for a particular ligand. Ligands trigger their particularreceptor, which then in turn triggers the relay molecules. Eventually,receptor molecules change shape and spit the ligand out of their active site.Ligands then either stay floating outside the cell, or go to trigger anotherreceptor cell if the reaction is ongoing. 9. Ligand Relay MoleculeLigands are molecules with highlyRelay molecules are triggeredspecific shapes. They bond to theby the activation of thereceptor and cause the relayreceptor molecule by themolecules to activate.ligand. They work kind of like aphone tree.Click on the various shapes to getbasic definitions. Click on their titlesto get more in depth info. Receptor MoleculeLike ligands, receptor molecules are veryhighly specialized in shape. They have anactive site in which the ligand fits andsets off the reaction. 10. Ligand Relay MoleculeLigands are molecules with highlyRelay molecules are triggeredspecific shapes. They bond to theby the activation of thereceptor and cause the relayreceptor molecule by themolecules to activate.ligand. They work kind of like aphone tree.Click on the various shapes to getbasic definitions. Click on their titlesto get more in depth info. Receptor MoleculeLike ligands, receptor molecules are veryhighly specialized in shape. They have anactive site in which the ligand fits andsets off the reaction. 11. Ligand Relay MoleculeLigands are molecules with highlyRelay molecules are triggeredspecific shapes. They bond to theby the activation of thereceptor and cause the relayreceptor molecule by themolecules to activate.ligand. They work kind of like aphone tree.Click on the various shapes to getbasic definitions. Click on their titlesto get more in depth info. Receptor MoleculeLike ligands, receptor molecules are veryhighly specialized in shape. They have anactive site in which the ligand fits andsets off the reaction. 12. Intro Song:So Many Wonders 8 bitThanks for playingby rainbowCrash88http://www.youtube.com/watch?v=XG4LT3FhBTg&feature=relmfu& Game Over sound from These are the credits! If you clicked in Super Mario Bros.here on accident, click here to goback!