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1) Why are phosphate compounds so often used to store energy? Why dothey have high energy bonds?2) Why does an enzyme capable of hydrolyzing glu-alpha-1,4-glu bonds nothave the ability to hydrolyze beta bonds?3) What is the dietary utility of cellulose, if it cannot be digested?
What do chloroplasts and mitochondria have in common
The selective estrogen receptor modulators (SERMs) selectively stimulate or inhibit the estrogen receptors of different target tissues. Which group of drug do they belong?
Discuss how the different amino acids contribute to protein structure. You do not need to discuss the role of amino acids in metabolism in this question.
which of the following is NOT true concerning the atomic nucleus?
Compute the volume of a red blood cell, assuming the blood cell is disk shaped with a diameter of ten um and a thickness of 3 um.
q1. the trend in the u.s. is having children later in life than previous generations. what effects may this trend have
What compartments of the cell are involved in the assembly of carbohydrate chains of glycoproteins?
Outline how thiamine is converted into the usable cofactor and what its role is in each of the three enzyme systems. 2. For each of the three enzyme systems.
When a person exercises, muscle tissue produces both fixed acids (lactic acid) and volatile acids (CO2). In terms of the binding of oxygen to hemoglobin, how might this mild acidosis be beneficial to the person?
What will be the net charge of a typical water-soluble protein at pH 3? Briefly describe how you arrive at your answer. Which residues will carry this charge?
What would be the fate of an erythrocyte (red blood cell) placed into a 15% sucrose solution? Explain what happens and your reasoning.
Assume you are purifying a protein on a weak cation exchanger and it comes off at 300mM salt. predict what salt concentraiton the protein would come off if you used a strong cation exchanger.
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