The Exam is on Friday December 8, 2006

Vocab List: Terms to know for the cell exam (Just for Tracy!)

Diagrams to practice labeling: [Prokaryotic Cell #1] [Prokaryotic Cell #2] [Plant Cell #1] [Plant Cell #2] [Animal Cell #1] [Animal Cell #2] [Simple Membrane] [Membrane Proteins #1] [Membrane Proteins #2]

Note Pages with Labeled Diagrams: [Prokaryotic Cells] [Animal Cells] [Plant Cells] [Membrane Proteins]

Review Games: [Cell Jeopardy] [Cell Review Game & Answer Sheet]

Notes: Cell Theory

Notes: Microscopes

First Review of Microscopes

Using the Microscope

Notes: Prokaryotic Cells

First Review of Cells

First Review of Prokaryotic Cells

Notes: Eukaryotic Cells

Notes: Plant Cells vs. Animal Cells

Notes: Prokaryotic Cells vs. Eukaryotic Cells

Notes: Origin of Eukaryotic Cells

First Review of Eukaryotic Cells

First Review of Prokaryotic vs. Eukaryotic Cells

Cell Structure #1 - Identifying cell structures on drawings.

Cell Structure #3 - Contains photos of some of the cells you have looked at from the cell lab!

Cell Structure#2 - Organelle function.

Cell Structure #4 - A more difficult review using electron micrograph photos. Try identifying organelles from these photos! (These photos will not be on the exam!)

Cellupedia: Prokaryotic Cells

Cells Alive!: Bacterial Cell Model

BBC-AS Guru- Bacteria

The Biology Project: Cell Biology - Prokaryotic Cells

Notes: Membranes & Fluid Mosaic Model of Plasma Membranes

First Review of Plasma Membranes

Second Review of Plasma Membranes

Notes: Proteins Found on the Membranes

First Review of Proteins Found in Membranes

Plasma Membranes #1

Plasma Membranes #2

Plasma Membranes #3

Online Information:

Animation of Fluid Mosaic Model of Plasma Membranes

Notes: Passive Transport

First Review of Passive Transport

Notes: Active Transport

First Review of Active Transport

Online Reviews of Passive & Active Transport:

A. Passive Transport

Diffusion

Osmosis

Osmosis in an Isotonic Environment: (www.cat.cc.md.us) -

Osmosis in a Hypertonic Environment:

Osmosis in a Hypotonic Environment:

Facilitated Diffusion (no ATP used......from high to low concentration)

Transport (In french, but does a good job illustrating diffusion, passage through protein channels, cotransport, Na/K pumps, endocytosis & exocytosis.)

B. Active Transport

Active Transport: (McGraw-Hill) - 4 Animations & Audio of CoTransport, Na/K Pump, Endocytosis & Exocytosis, and Proton Pump.

Sodium/Potassium Pump: (No text with it but a good animation of this important form of Active Transport)

CoTransport (passage of Na into the cell helps bring Glucose (G) in too!)

Cotransport (McGraw Hill)

Sodium/Potassium Pump combined with Cotransport (The sodium/potassium pump is often coupled with Cotransport to power the active transport of glucose into a cell)

Pinocytosis:

Phagocytosis: Shows both an animation as well as 2 short movie clips of amoebas ingesting other organisms via phagocytosis.

Receptor-mediated Endocytosis: The molecule to be moved into the cell must match up with a receptor on the membrane surface to be moved in.

Exocytosis:

Exocytosis: (BBC Education)

All Cell Topics

A) Review all notes & Handouts.

B) Read Chapters 4, 5 & 6 in the Textbook! (If in a hurry, at least look at the section or chapter review pages.)

C) Answer the practice essay questions:

1. Know how to identify organelles from a diagram of animal or plant cells.

2. Know how to identify structures found in a prokaryotic cell.

3. Know 2 differences between passive and active transport.

4. Be able to give brief explanations of what happens in the following (including whether it is passive or active transport, and whether materials move from low to high or high to low.)

a) diffusion, b) osmosis, c) facilitated diffusion, d) phagocytosis (1 type of endocytosis), e) pinocytosis (1 type of endocytosis), f) exocytosis, g) Na-K Pump, h) Proton Pump, i) Cotransport.

5. Be able to compare & contrast (similarities and differences) between plant and animal cells.

6. Be able to compare & contrast (similarities and differences) between prokaryotic & eukaryotic cells.

7. Be able to list differences between light microscopes and electron microscopes.