Determination of Glucose The Nelson method for determining glucose can be used to determine glucose content of blood; however, it is necessary to first remove the proteins from the blood since they interfere with the determination. This can be done by adding appropriate amounts of protein precipitating agents to the blood, filtering the mixture to obtain the so-called protein-free filtrate. Assume that your unknown represented a protein-free filtrate prepared in the following manner; to 1 mL of whole blood you added 15 mL of water followed by 2 mL of barium hydroxide and then 2 mL of zinc sulfate. This mixture is then filtered to give a protein-free filtrate. Assume that your unknown represents an aliquot of this filtrate and calculate the amount of glucose present in 100 mL of the original whole blood. Show work. mg/dL of glucose
Determination of Glucose The Nelson method for determining glucose can be used to determine glucose content of blood; however, it is necessary to first remove the proteins from the blood since they interfere with the determination. This can be done by adding appropriate amounts of protein precipitating agents to the blood, filtering the mixture to obtain the so-called protein-free filtrate. Assume that your unknown represented a protein-free filtrate prepared in the following manner; to 1 mL of whole blood you added 15 mL of water followed by 2 mL of barium hydroxide and then 2 mL of zinc sulfate. This mixture is then filtered to give a protein-free filtrate. Assume that your unknown represents an aliquot of this filtrate and calculate the amount of glucose present in 100 mL of the original whole blood. Show work. mg/dL of glucose
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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![Determination of Glucose
The Nelson method for determining glucose can be used to determine glucose content of blood;
however, it is necessary to first remove the proteins from the blood since they interfere with the
determination. This can be done by adding appropriate amounts of protein precipitating agents to the blood,
filtering the mixture to obtain the so-called protein-free filtrate. Assume that your unknown represented a
protein-free filtrate prepared in the following manner; to 1 mL of whole blood you added 15 mL of water
followed by 2 mL of barium hydroxide and then 2 mL of zinc sulfate. This mixture is then filtered to give
a protein-free filtrate. Assume that your unknown represents an aliquot of this filtrate and calculate the
amount of glucose present in 100 mL of the original whole blood. Show work.
mg/dL of glucose](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F39c0806a-7e3b-4906-b507-a258b2a5f44b%2Ff9bda6cc-6093-4484-a246-388dccab4984%2Fhe7j3q_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Determination of Glucose
The Nelson method for determining glucose can be used to determine glucose content of blood;
however, it is necessary to first remove the proteins from the blood since they interfere with the
determination. This can be done by adding appropriate amounts of protein precipitating agents to the blood,
filtering the mixture to obtain the so-called protein-free filtrate. Assume that your unknown represented a
protein-free filtrate prepared in the following manner; to 1 mL of whole blood you added 15 mL of water
followed by 2 mL of barium hydroxide and then 2 mL of zinc sulfate. This mixture is then filtered to give
a protein-free filtrate. Assume that your unknown represents an aliquot of this filtrate and calculate the
amount of glucose present in 100 mL of the original whole blood. Show work.
mg/dL of glucose
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