1. what allows multicelled organisms to maintain homeostasis? 2. what allows unicelled organisms...
TRANSCRIPT
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1. What allows multicelled organisms to maintain homeostasis?
2. What allows unicelled organisms to maintain homeostasis?
3. What allows molecules to pass through the membranes?
4. The pancreas is an organ that produces enzymes. Which organelle would be abundant in pancreas cells?
5. What does polar mean?
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• Multicellular organisms maintain homeostasis because they have specialized cells
Comparing Cell Structures
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• Unicellular organisms maintain homeostasis because they have organelles
Comparing Cell Structures
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• What is the structure of a cell membrane?
Membranes and Molecules
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• Get out the Interactivity: Multicellular Life
Logistics
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• Tape the Interactivity: Multicellular Life on top of page 35
Logistics
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• WHEN YOU ARE DONE MAKE SURE YOUR NOTEBOOK IS CAUGHT UP:
Comparing Cell Structures
Page Title of Page Check Page Title of Page Check 24 Yellowstone Ecosystem 25 Algae Lab
26 Unit 2 Wrap-up 27 Unit 3 Cover Sheet
28 5.3 Simulation: Investigate Population
Growth
29 Demography Notes
30 Ecological Footprints 31 Human Causes of Global Change
32 Human Impact Project 33 Unit 4 Cover Sheet
34 Cell Notes and 8.1 Interactivity
35 Comparative Cell Structure and 8.4 Interactivity
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• Day 1 procedures
• BE CAREFUL; don’t break your egg
Egg-Mosis
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1. Grab a lab sheet
2. Measure your egg
3. Record measurements (DON’T COMPLETE THE PRELAB)
4. Day 1 Procedures
• Carefully slide your egg into the beaker
• Pour just enough vinegar to cover the egg
• Place at the back of your lab station
5. Go back to your seat
Egg-Mosis
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• What is the structure of a cell membrane?
Membranes and Molecules
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• What is the structure of a cell membrane?
Membranes and Molecules
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• What do membrane proteins do?
Membranes and Molecules
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• What does selective mean?
Membranes and Molecules
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• What does permeable mean?
Membranes and Molecules
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• What does selective permeability mean?
Membranes and Molecules
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• Cell membranes are selectively permeable; they only let certain molecules pass through
Membranes and Molecules
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• Discuss with your group (1 min):
1. What are 3 important facts about the cell membrane?
• Write: 1-2 summary sentences about what you have learned
Brain Break
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• There are a few different processes that allow large or polar molecules to pass through membranes
Membranes and Molecules
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Passive Transport
Cell Membrane
Inside Cell
Outside Cell
Solutes
Higher concentration of solute on one side of the membrane than the other
Diffusion causes net movement of solute particles from the side of the membrane with the higher solute concentration to the side with the lower solute concentration.
At equilibrium, particles move equally in both directions, so there is no net change.
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• Compare
Membranes and Molecules
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• Compare
Membranes and Molecules
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Osmosis
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Active Transport
Protein pumps Endocytosis Exocytosis
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• Endocytosis
Membranes and Molecules
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• Exocytosis
Membranes and Molecules
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• Compare
Membranes and Molecules
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• Animation:
• http://highered.mheducation.com/olc/dl/120068/bio02.swf
Membranes and Molecules
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• Discuss with your group (1 min):1. What is the difference between
passive and active transport?2. What is the difference between
diffusion, facilitated diffusion, and osmosis?
3. What is the difference between endocytosis and exocytosis?
• Write: 1-2 summary sentences about what you have learned since the last brain break
Brain Break
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Passive Transport: Osmosis
aquaporin
water
cell membrane
sugar
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Osmosis
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IMPORTANT• Transport describes WHICH
molecules move
• Tonicity describes the DIRECTION that molecules will move
Concentration
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• What is concentration?
Concentration
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• Concentration is the amount of molecules in a given area
Concentration
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• Concentration is the amount of molecules in a given area
• Solutes = molecules dissolved in water
• Solution = water with dissolved molecules
Concentration
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• Another way to indicate concentration is with brackets:
• [NaCl] = concentration of salt
Concentration
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• If there are MORE molecules there is a HIGHER concentration
• If there are LESS molecules there is a LOWER concentration
Concentration
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• Example
Concentration - Tonicity
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• Example
Concentration
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• Example
Concentration
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• What does it mean when you are hyper?
Concentration
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• HYPERtonic means that there is a HIGHER solute concentration (more stuff)
Concentration - Tonicity
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• What does Hypo- mean? (Think HYPOthermia)
Concentration - Tonicity
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• HYPOtonic means that there is a LOWER solute concentration (less stuff)
Concentration - Tonicity
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• What does ISO- mean?
Concentration - Tonicity
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• ISOtonic means that there are EQUAL solute concentrations
Concentration - Tonicity
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• Example
Concentration - Tonicity
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• Example
Concentration - Tonicity
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• Example
Concentration -Tonicity
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• Example
Concentration - Tonicity
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• Example
Concentration - Tonicity
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• When concentrations are different between 2 solutions separated by a membrane we call the difference between them a CONCENTRATION GRADIENT
Concentration
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• Example
Concentration -Tonicity
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• Example
Concentration - Tonicity
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• Example
Concentration - Tonicity
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Osmosis
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Osmosis
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• Which way will water move? Into or out of the membrane?
Concentration
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• If the concentration gradient is large enough the cell could burst
Concentration
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• CYTOLYSIS: water enters a cell due to osmosis and the cell bursts
Concentration
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• Which way will water move? Into or out of the membrane?
Concentration
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• If the concentration gradient is large enough the cell could shrink
Concentration
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• PLASMOLYSIS: cell shrinks
Concentration
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• We are going to play a game.
Membranes and Molecules
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• You will be divided into six groups
Membranes and Molecules
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• During a group’s turn they will be a cell membrane
• The other two groups will be molecules trying to pass through the membrane
Membranes and Molecules
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• In order for a group to win two things must happen:
1. The membrane enforces the rules WITHOUT SPEAKING
2. The molecules can guess the rules by the end of the turn
Membranes and Molecules
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• Groups:
• Group 1, 3A and 3B
• Group 2, and 3C
• Group 4, and 3D
• Group 8, and 6C
• Group 7, 6A and 6B
• Group 5, and 6D
Membranes and Molecules