|
Watch active transport occur through a membrane |
|
|
The Entire Glycolysis and Kreb's Cycle |
|
|
Example of a phospholipid bilayer forming microspheres |
|
|
prokaryoitc, plant and animals cells are compared |
|
|
description of microtubules, microfilaments and intermediate filaments |
|
|
How an electron microscope works |
|
|
Energy flow and material cycling is presented |
|
|
compare a plant cell and an animal cell |
|
|
description of basal body and flagella on the microtubule level |
|
|
details how a light microscope works. |
|
|
Phospholipid bilayer with embedded proteins |
|
|
Shows how the nucleus works with the endomembrane system |
|
|
diagrams passive transport of glucose molecules |
|
|
ATP is used to create a protein that can pump |
|
|
Shows how an a receptor can get saturated. |
|
|
A visual explanation of a membrane-bound biochemical pathway. |
|
|
excellent description symport and antiport transporters and Na ion pump. |
|
|
vizualization of diffusion and factors effecting diffusion |
|
|
shows diffusion into a cell |
|
|
endocytosis and exocytosis are graphically presented |
|
|
Energy look up for different activities |
|
|
The action of sucrase is explained |
|
|
Generic description of enzyme action |
|
|
generalized facilitated diffusion is diagrammed and explained |
|
|
generalized example of feedback inhibition in a biochemical pathway. |
|
|
Transfer of genes between species |
|
|
description of the proton pump complex and chemiosmosis |
|
|
the sodium and potassium pump is explained |
سفارش تایپ وترجمه 
