CHAPTER 6 Proteins and Heme Derivatives Learning

CHAPTER 6 Proteins and Heme Derivatives Learning
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CHAPTER 6 Proteins and Heme Derivatives Learning Objectives (1 of 2) Define key terms associated with amino acids, proteins, and heme derivatives. Describe the basic structure and general properties of amino acids. Differentiate between

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CHAPTER 6 Proteins and Heme Derivatives<br>
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Learning Objectives (1 of 2) Define key terms associated with amino acids, proteins, and heme derivatives.
Describe the basic structure and general properties of amino acids.
Differentiate between essential, conditionally essential, and nonessential amino acids used in protein synthesis.
Outline the basic structure, functions, and classifications of proteins.
Explain the processes involved in metabolism, synthesis, and degradation of proteins.
Diagram the processes involved in heme synthesis.
Discuss the function and clinical significance of proteins and heme derivatives commonly measured in serum, plasma, urine, cerebrospinal fluid, and other body fluids.<br>
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Learning Objectives (2 of 2) Specify the specimen requirements and common test methods used in the quantitative analysis of proteins and heme derivatives.
State reference ranges for serum or plasma total protein and albumin.
Discuss pathologic and nonpathologic factors that influence total protein and albumin concentrations.
Identify the fractions of a serum protein electrophoresis and list proteins expected to migrate into each.
Correlate patient results with associated disease states, disorders, or pre-analytical issues.<br>