Nutrition and Metabolism

2. adenosine triphosphate
3. breakdown or degradation of compounds into simple molecules
6. the addition of an activator makes a BLANK active form
8. structure of protein that involves the angle between the amino acids, aphelia helix and beta sheets
9. ability to use other compounds for energy
12. has 2 or more major organic end products
13. structure of protein that involves the number, type, and sequence of amino acids
16. the breakdown of glucose that result in a net gain of 2 ATPs
19. reaction that involves a lose of an electron
20. has one major organic end product
21. mechanism of ATP synthesis during electron transport
22. biological catalysts
23. structure of protein that involves 2 or more polypeptide chains
24. bond that is the strongest in the tertiary structure

1. the synthesis of ATP from ADP coupled to the trapping of sunlight and its conversion to chemical energy via photosystems I and II and an electron transport chain
2. assimilation of chemicals and uses energy for synthesis
4. cycle that breaks down pyruvate and is also referred to as the citric acid cycle
5. nicotinamide adenine dinucleotide
7. level of phosphorylation involves the synthesis of ATP from ADP
10. constant supply of energy, entropy is always increasing, individual cell must have constant input energy to maintain itself
11. reaction that involves an addition of an electron
14. structure of protein that involves how it is folded and hydrophobic and hydrophilic bonds
15. transport phosphorylation involves a series of electron carriers that work in sequence to transfer electrons from donors to terminal electron acceptors
17. the breakdown of pyruvate and does not require oxygen
18. the addition of a modulator makes a BLANK active form