Program Objectives:

• Develop a strong foundation in human anatomy, physiology, biochemistry, and pharmacology, with a focus on their relevance to clinical research.
• Understand the molecular and cellular basis of diseases, including pathophysiology and mechanisms of action, to support evidence-based decision-making in clinical research.
• Learn how drugs interact with the human body, including pharmacokinetics and pharmacodynamics, to evaluate drug efficacy and safety.
• Gain insights into the mechanisms of action of various therapeutic interventions, including pharmaceuticals, biologics, and medical devices.
• Apply the knowledge of biomedical sciences in critically analyzing scientific literature, designing clinical research studies, and interpreting research findings.

What you will learn?

Week 1: Introduction to Biomedical Sciences and Research Ethics

• Introduction to biomedical sciences and their role in clinical research
• Overview of research ethics, informed consent, and patient rights

Week 2: Human Anatomy and Physiology

• Study of human anatomical structures and organ systems
• Understanding the physiological processes and their regulation

Week 3: Principles of Biochemistry and Molecular Biology

• Introduction to biomolecules, enzymes, and cellular processes
• Overview of molecular biology techniques in clinical research

Week 4: Pharmacology and Therapeutics

• Basic principles of pharmacology and pharmacokinetics
• Exploration of drug classes and their therapeutic applications

Week 5: Pathophysiology and Disease Mechanisms

• Understanding the mechanisms underlying common diseases and disorders
• Study of disease progression, risk factors, and diagnostic approaches

Week 6: Immunology and Immune Responses

• Introduction to the immune system and its role in disease
• Overview of immune responses and immunological techniques

Week 7: Laboratory Techniques in Biomedical Sciences

• Introduction to laboratory techniques used in biomedical research
• Hands-on training in basic laboratory procedures and safety

Week 8: Data Analysis and Interpretation

• Introduction to statistical analysis methods in biomedical sciences
• Interpreting research data and drawing meaningful conclusions

Week 9: Molecular Diagnostics and Biomarkers

• Understanding molecular diagnostic techniques and their applications
• Exploration of biomarkers in disease diagnosis, prognosis, and treatment evaluation

Week 10: Translational Research and Clinical Trials

• Overview of translational research and its impact on clinical practice
• Introduction to clinical trial design, phases, and regulatory requirements

Week 11: Research Paper Analysis and Critical Appraisal

• Developing skills in critically analyzing and interpreting research papers
• Understanding the importance of evidence-based practice in clinical research

Week 12: Capstone Project and Program Review

• Completion of a capstone project demonstrating knowledge and skills acquired throughout the program
• Review of key concepts, discussions, and wrap-up of the program