Covers advanced biochemical analysis, toxicology screening, and therapeutic drug monitoring methodologies.
Course overview
In Clinical Chemistry II, you build on the foundational techniques from Clinical Chemistry I to master complex analytical methods used in modern diagnostic laboratories. The course focuses on advanced biochemical analysis, toxicology screening, and therapeutic drug monitoring methodologies. You will learn to operate sophisticated instrumentation, interpret difficult data sets, and apply quality control measures that ensure patient safety.
Through a mix of lectures and hands-on lab sessions, you will explore the science behind drug detection, toxin identification, and the monitoring of medications that require close clinical supervision. This course prepares you for the technical demands of the medical laboratory technology profession.
Who takes this course
Credits: 3 · Hours: 45
Prerequisites
Learning outcomes
- Perform advanced immunoassay and spectrophotometric techniques for complex biochemical analysis.
- Identify and quantify drugs of abuse and toxins in biological specimens using toxicology screening protocols.
- Calculate therapeutic drug levels and adjust monitoring parameters based on patient pharmacokinetics.
- Evaluate the clinical significance of toxicology results for patient care decisions.
- Maintain strict quality control and safety standards when handling hazardous chemical and biological agents.
- Document all analytical procedures and results in compliance with laboratory information systems.
Evaluation
| Component | Weight (%) |
| Mid-term examination | 25 |
| Practical laboratory assessment | 30 |
| Case study analysis | 20 |
| Final examination | 25 |