CLS 241 - Clinical Chemistry I

1. Describe the terminology, structure, function, metabolism, disease states, and analytical methodologies associated with each of the following: Amino Acids and Proteins, Carbohydrates, Lipids, Non-Protein Nitrogen, Porphyrins, Hemoglobin, Myoglobin, Enzymes, electrolytes.
2. Define the terms associated with acid-base balance: acid, base, acidosis, academia, alkalosis, alkalemia, buffer, pH, partial pressure, oxygen saturation, P50, oxygen capacity, hypoxia, hypoxemia, Henderson-Hasselbach equation.
3. Discuss blood gas analysis: specimen collection and handling, most common sources of error.
4. Discuss specimen collection, transport, storage and analytical methods associated with therapeutic drug monitoring and toxicology.
5. State examples of different drug types, explain their disposition in the body, and name the factors that affect drug disposition.
6. Describe renal anatomy and physiology, disease states, and how laboratory tests are used to assess these disorders.
7. Describe hepatic anatomy and physiology, disease rates, and how laboratory tests are used to assess these disorders.
8. State the functions of the endocrine system, explain the mechanisms of hormone action and control, and relate the various methodologies used to assay hormone levels.
9. Relate the expected laboratory results associated with various endocrine disease states: Cushing’s Syndrome, Addison’s Disease, diabetes mellitus, etc.
10. Describe pancreatic anatomy and physiology, disease states, and how laboratory tests are used to assess these disorders.
11. Describe gastrointestinal anatomy and physiology, disease states and how laboratory tests are used to assess these disorders.
12. Communicate effectively in written and spoken English.
13. Follow written and verbal directions.
14. Apply mathematical skills.
15. Maintain alertness and concentration during a normal class period.
16. Project an image of professionalism in appearance and demeanor.
17. Show respect for self and others.