Lesson no 1 : Explain the molecular and cellular basis of human metabolism. Quiz no 1 : Explain the molecular and cellular basis of human metabolism. Lesson no 2 : Analyse enzymatic pathways relevant to nutrition. Quiz no 2 : Analyse enzymatic pathways relevant to nutrition. Lesson no 3 : Evaluate the role of macronutrients in metabolic regulation. Quiz no 3 : Evaluate the role of macronutrients in metabolic regulation. Lesson no 4 : Assess biochemical mechanisms underlying nutrient-related diseases. Quiz no 4 : Assess biochemical mechanisms underlying nutrient-related diseases.

Lesson no 1 : Examine the digestion, absorption, and transport of nutrients. Quiz no 1 : Examine the digestion, absorption, and transport of nutrients. Lesson no 2 : Interpret metabolic pathways of carbohydrates, lipids, and proteins. Quiz no 2 : Interpret metabolic pathways of carbohydrates, lipids, and proteins. Lesson no 3: Evaluate hormonal and biochemical regulation of nutrient metabolism. Quiz no 3 :Evaluate hormonal and biochemical regulation of nutrient metabolism. Lesson no 4 : Apply knowledge to clinical and research contexts. Quiz no 4 : Apply knowledge to clinical and research contexts.

Lesson no 1 : Investigate gene–nutrient interactions and epigenetic influences. Quiz no 1 : Investigate gene–nutrient interactions and epigenetic influences. Lesson no 2 : Analyse nutrigenomics and nutrigenetics data. Quiz no 2 : Analyse nutrigenomics and nutrigenetics data. Lesson no 3 : Evaluate the impact of diet on gene expression and disease risk. Quiz no 3 : Evaluate the impact of diet on gene expression and disease risk. Lesson no 4 : Design research approaches integrating genomics and nutrition. Quiz no 4 : Design research approaches integrating genomics and nutrition.

Lesson no 1 : Apply biochemical principles to assess nutritional status. Quiz no 1 : Apply biochemical principles to assess nutritional status. Lesson no 2 : Interpret laboratory tests and biomarkers for nutrient deficiencies and imbalances. Quiz no 2 : Interpret laboratory tests and biomarkers for nutrient deficiencies and imbalances. Lesson no 3 : Develop evidence-based nutritional strategies for clinical practice. Quiz no 3 : Develop evidence-based nutritional strategies for clinical practice. Lesson no 4 : Critically evaluate current research in clinical nutrition. Quiz no 4 : Critically evaluate current research in clinical nutrition.

Lesson no 1 : Examine biochemical mechanisms of metabolic diseases such as diabetes and obesity. Quiz no 1 : Examine biochemical mechanisms of metabolic diseases such as diabetes and obesity. Lesson no 2 : Evaluate nutritional interventions for disease management. Quiz no 2 : Evaluate nutritional interventions for disease management. Lesson no 3 : Analyse pharmacological and dietary strategies for metabolic health. Quiz no 3 : Analyse pharmacological and dietary strategies for metabolic health. Lesson no 4 : Critically assess research evidence to inform professional practice. Quiz no 4 : Critically assess research evidence to inform professional practice.

Lesson no 1 : Design and conduct advanced nutritional biochemistry research. Quiz no 1 : Design and conduct advanced nutritional biochemistry research. Lesson no 2: Apply statistical and bioinformatics tools to analyse biochemical data. Quiz no 2 : Apply statistical and bioinformatics tools to analyse biochemical data. Lesson no 3 : Critically appraise scientific literature and research methodologies. Quiz no 3 : Critically appraise scientific literature and research methodologies. Lesson no 4 : Demonstrate professional and ethical standards in practice and Continuing Professional Development (CPD). Quiz no 4 : Demonstrate professional and ethical standards in practice and Continuing Professional Development (CPD).