| Question | Answer |
| Sources of chemical energy are ____ and ____ ____ | |
| Carbon bonded to O is ____ | |
| Carbon bonded to H is ____ | |
| Carbon bodned to C is ____ | |
| Metabolism is the conversion of carbohydrates and fatty acids to ____ | |
| ____ is the precursor to all biological molecules because the oxidation of carbon is ____ | |
| In dergadative pathways, metabolites are broken down and the energy released is harnesed in ____ or ____, which are the major ____ ____ sources for biosynthetic reactions. | |
| TCA oxidizes ____ to ____, and produces the reduced enzymes ____ and ____ | |
| In Oxidative Phosphorylation, ____ and ____ pass their electrons to ____ to produce ____, also known as ____ ____ | |
| ____ catalyze the reactions of metabolic pathways | |
| There are ____ classes of enzymes and ____ types of reactions | |
| 4 Types of Reactions: ____ and ____; ____-____ reactions; ____, ____, and____; reactions that make or break ____ ____ | |
| Oxidations and reductions are catalyzed by ____ | |
| Group-Transfer Reactions are catalyzed by ____ and ____ | |
| Eliminations, isomerizations, and rearrangements are catalyzed by ____ and ____ | |
| Reactions that make or break C-C bonds are catalyzed by ____, ____, and ____ | |
| Electron transport and oxidative phosphorylation occur in the ____ | |
| Glycolysis and fatty acid biosynthesis occurs in the ____ | |
| The major functions that occur in the mitochondria are ____, ____ ____, ____ ____, ____ ____ ____, and ____ ____ ____ | |
| The major functions that occur in the cytosol are ____, ____ ____ ____, ____ ____ ____, and many reaction of ____ | |
| Regulatory hormones: ____ | |
| Free energy is either converted to ____ or to ____ ____ ____ | |
| | Question | Answer |
| ____ regulates the ____ and ____ ____ of metaoblic pathways | |
| ____ ____, also known as Gibbs Energy is the amount of heat released or absorbed in a reaction at constant ____ and ____, that can do ____ | |
| The standard free energy is the total amount of energy required to convert all the molecules in ____ mol of reactant from ____ state to ____ state. | |
| When G = 0 , metabolic reactions are near ____ | |
| When G > 0, metabolic reactions are ____ | |
| When G = G', the ratio of products to reactants is ____ | |
| The rate of flow of ____ through a metabolic pathway is known as ____ | |
| Most metabolic pathways are ____ due to their ____ nature | |
| The four mechanisms to control flux are: ____ control, ____ modification, ____ cycles, and ____ control | |
| Free energy is conserved in high-energy intermediates such as ____ compounds (____), compounds with ____ bonds, and reduced ____ (____). | |
| Other high energy compounds are ____, ____, ____, and ____. T | |
| High energy compounds can often be stabilized by ____ different methods of resonance, but not ____. | |
| In high energy compounds the phosphate attaches to another ____ in ATP, a ____ ____ in phosphocreatine, a ____ in 1,3-BGP, and to a ____ ____ in G6P and G3P. | |
| ____ bonds connect ____ to phosphate | |
| ____ bonds connect phosphate to phosphate | |
| Adenosine is composed of ____ and ____ | |
| ATP is important due to the free energy released from the cleavage of its ____ bonds | |
| |
| Most biological transfer reactions do not involve ____ as an acceptor | |
| High energy compounds give off energy due to ____, ____ ____, and ____ ____ | |
| The resonance of a ____ bond is less than that of its ____ products | |
| Electrostatic repulsions between charged groups on ____ bonds causes a destabilizing effect which is greater than the repulsion experience by its ____ products. | |
| | Question | Answer |
| Phosphoanhydride bonds have a ____ solvation energy compared to its hydrolysis products | |
| In aerobic organisms ____ is the final ____ ____ and can only accept ____ ____ | |
| ____ oxidation is paired up with ____ reduction and the energy is used to produce ____ | |
| Humans cannot synthesize ____ and must obtain it from their diet | |
| The reductant is the ____ ____ | |
| The oxidant is the ____ ____ | |
| ____ and ____ must receive 2 electrons. ____ may receive 1 or 2 | |
| The redox active enzymes are ____ and ____ | |
| Faraday is the ____ ____ of 1 mol of electrons | |
| The ____ ____ is the tendency for a substance to undergo ____ | |
| The ____ ____ is the electron pressure that the ____ cell exerts. | |
| When the ____ ____ is positive, the ____ ____ is negative | |
| Oxidation ____ refers to a compount whereas oxidation ____ refers to a specific molecule | |
| A ____ group has 3 amines attached to an alpha carbon | |
| STP implies pH ____, ____ mol concentration of ____ and ____, atm, and ____ Celsius | |
| ATP can be broken into AMP and ____(PP) | |
| K is the ____ ____ | |
| Reduction potential is an ____ property, thus it's independent of ____ | |
| Nernst equation converts the ____ reduction potential to the ____ reduction potential | |
| NAD+/NADH contains ____ | |
| NADP+/NADPH contains | |
| FAD/FADH/FADH2 contains | |
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