Biomedical Science(Degree) · Fourth Year · BIO402
Clinical Biochemistry
Clinical Biochemistry examines the chemical processes within the human body and their relevance to disease diagnosis and monitoring. This course is central to biomedical science exam preparation, as it covers laboratory tests commonly used in clinical settings across Zambia. Students learn to interpret biochemical results …
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Clinical Biochemistry examines the chemical processes within the human body and their relevance to disease diagnosis and monitoring. This course is central to biomedical science exam preparation, as it covers laboratory tests commonly used in clinical settings across Zambia. Students learn to interpret biochemical results related to organ function, metabolism, and disease progression. The course supports career paths in diagnostic laboratories, research institutions, and healthcare facilities. By combining theoretical knowledge with practical relevance, learners gain skills that enhance analytical thinking, laboratory competence, and professional readiness in biomedical and clinical science fields.
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Topic 55
Oncogenes and Cancer Biochemistry
Covers the role of oncogenes, tumor suppressors, and signaling pathways like MAPK and PI3K in cancer. Explores hallmarks of cancer and biochemical diagnostics. Vital for Zambian biomedical and oncology students to understand molecular basis of malignancies.
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Topic 56Coming soon
Solvent Interactions and Staining Theory
This topic explores the critical role of solvent interactions and other physico-chemical factors in determining the affinity and specificity of stains for tissue components. Key concepts include the hydrophobic effect, which drives the staining of lipids by Sudan dyes in aqueous solutions, and stain-stain interactions (dye aggregation) that influence color intensity and retention on highly charged substrates like mast cell granules. The principle of solubility is also examined, setting limits on staining intensity based on dye solubility in both the target tissue and the staining bath. For Zambian tertiary students in clinical biochemistry, advanced biotechnology, or histochemistry, this advanced theory explains why staining protocols work and how to troubleshoot them. Understanding these underlying forces is essential for research, method development, and precise diagnostic interpretation, preparing graduates for technical leadership roles in Zambian laboratories and contributing to the scientific rigor of the country's health and research sectors.
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Topic 57
Inborn Errors of Metabolism Screening
Covers neonatal and prenatal screening for IMDs like PKU, galactosemia, and MSUD. Discusses biochemical markers, treatment principles, and public health importance. Critical for Zambian lab and pediatric students managing genetic metabolic disorders.
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Topic 58
Clinical Enzymology Patterns
Focuses on interpreting plasma enzyme patterns (ALT, AST, ALP, CK, LDH) in liver, muscle, and cardiac disease. Covers isoenzymes and factors affecting assays. Essential for Zambian medical lab students to localize tissue damage accurately.
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Topic 59
Protein-Energy Malnutrition
Examines marasmus, kwashiorkor, and marasmic-kwashiorkor. Covers biochemical changes, clinical features, and anthropometric assessment. Directly relevant to public health and nutrition students addressing undernutrition in Zambia.
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Topic 60Coming soon
Clinical Case Studies in Virology
This integrative topic uses clinical case scenarios to apply virology knowledge to real-world patient presentations. Cases cover common syndromes like acute hepatitis, respiratory distress, rash illnesses, neurological symptoms, and immunodeficiency-related infections. For Zambian medical, nursing, and clinical science students, this hones diagnostic reasoning, differential diagnosis skills, and reinforces the link between viral pathogenesis, laboratory findings, and clinical management. It is excellent preparation for clinical rotations, OSCEs, and final professional examinations.
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Topic 61
Obesity and Metabolic Syndrome
Covers pathophysiology of obesity, leptin signaling, and diagnostic criteria for metabolic syndrome. Links to diabetes, CVD risk, and fatty liver. Important for Zambian health students addressing rising non-communicable diseases.
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Post-Translational Modifications and Proteomics
This topic focuses on post-translational modifications (PTMs) and their analysis using mass spectrometry-based proteomics, a sophisticated area of study in tertiary-level clinical biochemistry and molecular biology. Zambian university students will learn that PTMs (e.g., phosphorylation, glycosylation, acetylation) are chemical changes to proteins after translation that critically regulate their function, activity, localization, and stability. The topic covers how mass spectrometry, coupled with liquid chromatography, is the primary tool for identifying and quantifying these modifications on a large scale (proteomics). For Zambian college and degree learners, understanding PTMs is essential for grasping cellular signaling, disease mechanisms (like cancer and neurodegenerative disorders), and the discovery of novel drug targets and biomarkers. Mastery of proteomics concepts is increasingly important for examinations and is a highly specialized skill for careers in biomedical research, pharmaceutical sciences, and advanced diagnostic development, enhancing the depth of scientific expertise available within Zambia.
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Topic 63Coming soon
Proteomics and PTMs
Learn mass spectrometry-based proteomics and post-translational modifications. Key for Zambian students in protein research and diagnostics.