Why are certain proteins needed—such as albumin and alpha and beta globulins—to transport lipids (e.g., fatty acids, triglycerides, and cholesterol) within a body?

So, please explain what monomers and polymers are, and give examples of these for carbohydrates, nucleic acids and proteins. Do lipids have true monomers?

Which CAC enzyme activity is also part of electron transport?

Where is the citric acid cycle specifically located in eukaryotic cells?

How does an enzyme lower the activation energy? What are the specific catalytic mechanisms? What are the three types of specific catalytic mechanisms?

What kind of an effect does an enzyme have on the rate of the forward and reverse reactions, the energy of the products and reactants and the energy of the transition state?

A type of DNA repair, in which a DNA glycosylase enzyme cleaves the bond between nucleotide's sugar and its attached base, is called ________________________________________.

Describe transition state theory and how it applies to enzyme catalysis. Why is a transition-state analog not necessarily the same as a competitive inhibitor?

Experiment IV: Effect of pH on the Rate of Enzyme Reaction

3. What could be done to more specifically determine the optimal pH?

In RT-PCR, what does the enzyme reverse transcriptase do? Why is this step necessary for subsequent detection of the virus using PCR?

5. List the most important enzyme and the inputs and outputs of the Calvin cycle. 6. Describe the three main stages of the Calvin Cycle.