Unit+7+-++Celular+Respiration

Target 1 - Describe the location, function, reactants, products, enzymatic actions, and ATP production for **Glycolysis**. LINK: []

__ Target 2 - Describe the location, function, reactants, products, enzymatic actions, and ATP production for **Intermediate Step (Bridge Reaction).** __

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__ Target 3 - Describe the location, function, reactants, products, enzymatic actions, and ATP production for **Krebs (Citric Acid) Cycle.** __ __ LINK: __[| http://highered.mcgraw-hill.com/sites/0072507470/student_view0/chapter25/animationhow_the_krebs_cycle_worksquiz_1_.html]

__ Target 4 - Describe the location, function, reactants, products, membrane proteins, & enzymatic actions for **Electron Transport Chain**. Explain how the **chemiosmosis** model generates ATP. __ __LINK:__ []

Target 5- Identify mathematical relationships describing conversions from one molecule to another. Examples: 1 glucose yields 2 pyruvate, 1 NADH makes 3 ATP in ETC, 1 FADH2 makes 2 ATP in ETC, each pyruvate makes 3 NADH and 1 FADH2 in Kreb’s, etc… LINK: []

Target 6 - Describe the connection between glycolysis and the **fermentation** reactions (**alcoholic** and **lactic** acid) in **anaerobic respiration**. Describe the location, function, reactants, products, and enzymatic actions for each step. Be able to summarize inputs and outputs for the entire anaerobic process including ATP production.

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Target 7 - Compare and contrast the processes of aerobic cellular respiration in the mitochondria and photosynthesis in the chloroplast.

LINK: [] Target 8 - Identify and explain the significance of **redox** reactions, **oxidative phosphorylation**, **substrate-level phosphorylation**, **decarboxylation**, and **hydrolysis** in the biochemical pathways of aerobic cellular respiration. LINK: []

Target 9 - Apply the first law of thermodynamics to the relationship between **exergonic** reactions, **endergonic** reactions, **catabolism**, **anabolism**and energy transfer (ATP & heat). LINK: []

Target 10 - Describe the structure of **ATP**. Explain how the hydrolysis and regeneration of ATP relates to **metabolism**.

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