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36 Cards in this Set
- Front
- Back
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photosynthesis
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building sugar process
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cellular respiration
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breaking down sugars into ATP
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formula for PSN and CR
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6H20 + 6CO2 makes 6)2 + C6H12O6
(this can be reversed for either one) |
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ATP
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energy storage
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Redox Reaction
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reduction of oxygen
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Dehydrogenase
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take away hydrogen enzyme
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glycolysis
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(glucose) sugar cutting
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Citrid Acid Cycle
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cutting carbons (Kreb's cycle)
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Oxididative Phosphorylation
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take away hydrogen to build phosphorus onto ADP
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Pyruvate
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glucose split into a 3 carbon molecule
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photosynthesis
|
building sugar process
|
|
|
cellular respiration
|
breaking down sugars into ATP
|
|
|
formula for PSN and CR
|
6H20 + 6CO2 makes 6)2 + C6H12O6
(this can be reversed for either one) |
|
|
ATP
|
energy storage
|
|
|
Redox Reaction
|
reduction of oxygen
|
|
|
Dehydrogenase
|
take away hydrogen enzyme
|
|
|
glycolysis
|
(glucose) sugar cutting
|
|
|
Citrid Acid Cycle
|
cutting carbons (Kreb's cycle)
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Oxididative Phosphorylation
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take away hydrogen to build phosphorus onto ADP
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Pyruvate
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glucose split into a 3 carbon molecule
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NADH
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hydrogen (electron) - conveying/used to shuttle electrons in redox reactions
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PADH2
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similar to ATP but carries less energy and is used to shuttle electrons
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ADP
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ATP before an extra phosphate is added
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acetyl COA
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formed from fragment of pyruvate attached to coenzyme (entry compound for citric acid cycle)
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yield of ATP
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34 to 36 ATPs you get this many out of the whole process
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fermentation
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making
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mitochondria
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ATP energy (keeper?)
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chloroplast
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makes sugar and ATP
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alchoholic fermentation
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making (alcohol or sugar)
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lactic acid fermentation
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when you body goes w/o oxygen
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anaerobic
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not breathing or not intaking oxygen
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biosynthesis
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body creates its own chemicals
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ETC
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electron transport chain
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Calvin Cycle
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building cycle (in plants)
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light reaction
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heating electrons in photocycle 2 and 1
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FADH2
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FADH2 is an energy-carrying molecule, because, if it is oxidized, it will regain aromaticity and release all the energy represented by this stabilization.
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