| A | B |
|---|
| Glycolysis, Kreb's, ETS | What are the three parts of respiration? |
| 2 Pyruvates | By the end of glycolysis, the C atoms originally present in the glucose molecule may be counted for in what molecule? |
| phosphorylate, glucose | What is the first important event in glycolysis?why? |
| CO2 | What is the result of the Kreb'g cycle with reference to the glucose molecule? |
| 2 C fragment and CoA | Acetyl-CoA is the product of a combination of ___ |
| cytoplasm, matrix | Glycolysis takes place in the ____ while the Kreb's Cycle takes place in the ____ |
| glucose | All materials can be recycled during cellular respiration except |
| O2 | The final electron acceptor in cellular respiration |
| aerobic, anaerobic | The two types of cellular respiration are |
| glucose | When aerobic respiration begins, what is the starting molecule? |
| 2, ethyl alcohol | The final product in alcoholic fermentation is the ___ C molecule called ___ |
| a)0, b)1, c)2, d)0, e)0, f)0 | How many phosphates are on a)pyruvic acid,b)PGAL,c)DiPGA,d)ethanol,e)lactic acid,f)glucose |
| isomerase | The enzyme that changes the shape of a molecule is called: |
| Kinase | The enzyme that moves phosphates is called: |
| 36 | The total production of ATP in cellular respiration is |
| 4 | The total production of ATP during glycolysis is |
| 2 | The net production of ATP during glycolysis is |
| ADP | The lower energy partner to ATP is |
| electrons | Phosphates along with ____ can transfer nrg |
| lose, gain | Oxidation means to ___ electrons while reduction means to ___ electrons |
| 32 | The electron transport chain produces a total of ___ ATP molecules per glucose |
| 2 | The largest molecule allowed in the Krebs cycle is ___ carbons big |
| lipids, proteins | name 2 other molecules that may be used in the Kreb's cycle as an nrg source |
| Brain | A tissuer that only uses glucose as an nrg source for aerobic respiration |
| 500 cal | How many calories on average does it take for normal brain functioning |
| 6,6 | For every glucose that passes through aerobic respiaration, __ O2 are consumed and ___ O2 are released as waste |
| 38 | What is the net production of ATP in heart and liver cells under certain conditions |
| FMN | NADH enters the ETS at |
| CoQ | FADH enters the ETS at |
| Intermembrane space | Where in the mitochondrion is the environment acidic |
| 1,3 | How many pairs of electrons will NADH move? How many protein pairs? |
| 1,2 | How many pairs of electrons will FADH move? How many protein pairs? |
| Stored ATP | When the body receives nrg for heavy duty activity, what is the first line of action for meeting nrg needs |
| Creatin PO4, cytoplasm, used quickly | The second line of action for ATP production is in a molecule called _____ found in the ___. Disadvantage |
| glycolytic, 1-3, lactic acid buildup | The 3rd line ofaction for ATP is the ___ system, will provide ATP for ___ min. or until___ |
| Oxidative energy(krebs, ETS) | When ATP demands exceed 3-5 min., the body must use ___ |
| feedback - ATP buildup | How does the body know when there is enough or excess ATP in the body? |
