Membrane Transport
This determines how the cell interacts with its environment and is able to change structure and shape
Plasma Membrane
These types of reactions build polymers
Anabolic
The breakdown of glucose to generate ATP and pyruvate
Glycolysis
This component makes up the main structure of the plasma membrane
Phospholipids
This states the energy cannot be created or destroyed
1st Law of Thermodynamics
This is the second primary step of aerobic cellular respiration
Citric Acid Cycle (Krebs Cycle)
This is the passive movement of a substance across a membrane according to a solute concentration gradient
Diffusion
The energy of motion
Kinetic Energy
A group of 4 Protein complexes in the plasma membrane that is used during Oxidative Phosphorylation
Electron Transport Chain
This solution has a higher concentration of solutes than found inside the a cell
Hypertonic - water will leave the cell
These reactions cause the release of free energy
Exergonic Reaction
This is when 90% of ATP is generated
Chemiosmosis (during Oxidative Phosphorylation)
A vesicle carrying a substance fuses with the plasma membrane to release the substance from the cell
Exocytosis
Allosteric Inhibition (A form of noncompetitive inhibition)
Where does the Citric Acid Cycle take place?
Mitichondria