el-medecine

Biophysics is an interdisciplinary approach that connects the precision of physics with the complexity of living systems. It helps us understand the physical principles behind life processes: from how cells exchange substances through osmosis, to how light and lenses correct vision, and how radiation reveals the invisible within the human body. 

This course explores how the physics of radiotions, solution, and geometric optics form the foundation of many diagnostic and therapeutic tools used in modern medicine.

The cytology module aims to study the cell, the structural and functional unit of all living organisms. It covers the organization, composition, and functions of cellular components, as well as the fundamental mechanisms of cell life, including division, communication, and interactions with the environment.

Introduction to Human Physiology

Physiology is the fundamental science that delves into the physical and chemical mechanisms driving the origin, development, and progression of life. While every organism has its own unique physiology, our collective focus as a medical faculty is to guide you through human physiology. This discipline explains the remarkable synergy between cells, tissues, organs, and organ systems that ensures the normal, healthy functioning of the human body.

Building Your Medical Foundation

Throughout the foundational cycle of your medical education, our teaching team will help you establish a comprehensive understanding of how the body works. By bridging the basic sciences with clinical medicine, we will build the essential knowledge base you will rely on as you progress through your academic journey into pathology, disease management, and eventually, your hospital practice.

Our Pedagogical Approach

This course has been carefully designed to introduce you to both the theoretical and practical aspects of human organ systems. We will explore these integrated mechanisms together through:

• Structured Didactic Lectures: Comprehensive sessions covering the core principles of physiological function.

• Interactive Small Group Discussions (TDs): Collaborative spaces designed to deepen your understanding, integrate your knowledge with anatomical structures and biochemical reactions, and encourage peer-to-peer learning.

• Practical Sessions (TPs): Hands-on laboratory work and demonstrations where you will observe physiology in action.

Clinical Application and Scientific Curiosity

During this module, you will have the opportunity to apply your growing knowledge to real-world clinical scenarios through simplified clinical vignettes. Furthermore, our faculty hopes to kindle a spark for physiological and medical research within you, as the scientific exploration of the human body is an ongoing, collective endeavor.

Expected Learning Outcomes

By the end of this course, working collaboratively with your peers and instructors, you will have gained:

• A robust and structured knowledge of human body functions.

• The essential foundational reasoning skills necessary to eventually assess and treat patients in a clinical setting.