This module introduces the fundamental principles of biochemistry and their application in medicine and healthcare. Learners will develop a strong understanding of biomolecules, cellular organization, biochemical reactions, and the molecular basis of life. The module establishes the foundation required for advanced biochemical studies and clinical applications throughout the fellowship program.

This module explores the biochemical pathways involved in carbohydrate metabolism and their physiological significance. Participants will learn how glucose is utilized, stored, and regulated within the body, along with understanding metabolic disorders associated with carbohydrate metabolism.

This module focuses on the structure, function, and metabolism of lipids. Learners will gain knowledge about lipid digestion, transport, storage, and utilization, while examining disorders such as dyslipidemia, obesity, and cardiovascular diseases.

This module provides comprehensive knowledge of protein synthesis, amino acid metabolism, nitrogen balance, and related metabolic pathways. Participants will understand inherited and acquired disorders affecting protein metabolism.

This module examines the molecular basis of genetic information flow and regulation. Learners will understand DNA replication, transcription, translation, gene expression, and genetic disorders that impact human health.

This module focuses on the clinical significance of enzymes and biomarkers used in disease diagnosis and monitoring. Participants will learn how laboratory biochemical markers aid in evaluating organ function and pathological conditions.

This module examines nutritional biochemistry and its impact on health and disease. Participants will learn about macro- and micronutrients, metabolic syndromes, obesity, diabetes, and nutritional deficiencies.

This module provides practical knowledge of laboratory biochemistry, analytical techniques, quality control, and interpretation of biochemical investigations used in clinical practice.

This module introduces immunochemical principles and modern diagnostic technologies. Learners will understand immunoassays, antigen-antibody interactions, and their applications in disease diagnosis and monitoring.

This module equips learners with essential research skills necessary for scientific investigation and evidence-based practice. Participants will learn study design, data analysis, scientific writing, and ethical considerations.

This capstone module integrates knowledge gained throughout the fellowship through advanced topics, case-based discussions, and a supervised research project. Learners will critically evaluate emerging developments in biochemistry and demonstrate competency through practical applications.