Human Anatomy in Action: A Two-Day Intensive Cadaveric Experience

Structured over two full days, the program follows a progressive anatomical pathway, beginning with the musculoskeletal system—the foundation of movement, posture, and physical interaction—and advancing toward visceral anatomy and neuroanatomy, culminating in the study of the brain and central nervous system. This structured progression reflects the integration of structure and function across systems, facilitating a coherent and clinically meaningful learning experience.

Each day begins with a concise theoretical session, establishing the conceptual framework necessary for interpretation, followed by extensive hands-on cadaveric dissection under the guidance of internationally recognized anatomy professors and experienced clinicians. Participants engage in layer-by-layer anatomical exploration, identifying key structures, neurovascular pathways, fascial planes, and organ relationships, while continuously linking anatomical findings to clinical and professional practice.

The course is specifically designed to be interprofessional, promoting a shared anatomical language across disciplines and enhancing understanding of how different healthcare roles interact within the human body. Particular emphasis is placed on:

• Three-dimensional anatomical comprehension
• Functional and topographical relationships
• Clinical relevance across multiple healthcare professions
• Recognition of anatomical variability in real human specimens

The learning environment encourages active participation, direct faculty interaction, and reflective discussion, fostering a deeper integration of anatomical knowledge beyond traditional didactic approaches.

By the end of the course, participants will have developed not only a refined understanding of human anatomy, but also the ability to interpret anatomical structures within their functional and clinical context, supporting improved clinical reasoning, procedural awareness, and interprofessional collaboration.

From movement to structural integration

08:30 – 09:30 | Theoretical Session (1 hour)
Topic: Functional Musculoskeletal Anatomy

• Principles of movement and biomechanics

• Fascial organization and compartmentalization

• Neurovascular bundles of the limbs

• Clinical relevance: trauma, nerve injury, compartment syndrome

09:30 – 11:00 | Practical Session 1 — Upper Limb

• Shoulder girdle and axilla

• Rotator cuff and deltoid region

• Brachial plexus (infraclavicular portion)

• Arm compartments and major vessels
  Focus: functional anatomy of movement and innervation

11:00 – 11:15 | Coffee Break

11:15 – 12:45 | Practical Session 2 — Lower Limb

• Gluteal region and hip joint

• Femoral triangle and anterior thigh

• Sciatic nerve and posterior compartment

• Knee joint and popliteal fossa
  Focus: load transmission and locomotion

12:45 – 13:45 | Lunch Break

13:45 – 15:15 | Practical Session 3 — Spine and Back

• Superficial and deep back muscles

• Vertebral column and ligaments

• Introductory exposure of the spinal canal
  Focus: posture, stability, and surgical access corridors

15:15 – 16:30 | Practical Session 4 — Functional Integration

• Correlation between upper and lower limbs and the spine

• Fascial continuity from superficial to deep planes

• Review of neurovascular pathways
  Case-based mini-discussion:

• Polytrauma patient

• Peripheral nerve injury

16:30 – 17:00 | Wrap-Up and Discussion

• Key anatomical takeaways

• Questions and answers with faculty

From organ systems to brain integration

08:30 – 09:30 | Theoretical Session (1 hour)
Topic: Visceral and Neuroanatomical Integration

• Organization of thoracic and abdominal cavities

• Vascular and lymphatic systems

• Autonomic nervous system

• Brain organization and functional anatomy

09:30 – 11:00 | Practical Session 1 — Thorax

• Thoracic wall and pleural cavities

• Lungs and mediastinum

• Heart and major vessels
  Focus: cardiopulmonary anatomy and emergency pathways

11:00 – 11:15 | Coffee Break

11:15 – 12:45 | Practical Session 2 — Abdomen

• Abdominal wall and peritoneum

• Liver, stomach, pancreas

• Mesentery and vascular supply
  Focus: surgical planes and oncologic anatomy

12:45 – 13:45 | Lunch Break

13:45 – 15:00 | Practical Session 3 — Neck

• Cervical fascial layers

• Carotid sheath (artery, vein, vagus nerve)

• Thyroid and airway structures
  Focus: anatomical transition between body and brain

15:00 – 16:15 | Practical Session 4 — Brain and Cranial Anatomy

• Brain extraction and orientation

• Cerebral lobes and cerebellum

• Brainstem and cranial nerves
  Focus: functional neuroanatomy and clinical relevance

16:15 – 17:00 | Final Integration and Discussion

• “From Structure to Function” synthesis
  Clinical reasoning session:

• Stroke

• Trauma

• Neurodegeneration

Admission to the course is open to individuals with a demonstrated interest in human anatomy and its clinical application within healthcare practice. Given the intensive, hands-on nature of cadaveric dissection, candidates are expected to possess a foundational level of scientific knowledge and a professional attitude consistent with ethical and respectful handling of human specimens.

The course is designed for a multidisciplinary audience, including:

• Medical students from the first year onward

• Residents and early-career physicians

• Nursing students and registered nurses

• Midwifery students and practicing midwives

• Allied health professionals (e.g., physiotherapists, radiographers, biomedical scientists)

• Anatomy educators and academic trainees

Applicants should have:

• Basic knowledge of human anatomy and physiology (university-level or equivalent)

• Prior exposure to anatomical terminology and orientation (recommended but not mandatory)

Participants must:

• Demonstrate respect for human dignity and adhere to ethical standards in cadaveric work

• Comply with all laboratory safety regulations and institutional policies

• Sign a confidentiality and ethical conduct agreement prior to participation

• Proficiency in English sufficient to follow lectures, instructions, and discussions is required

• Participants should be aware that cadaveric dissection may be physically and emotionally demanding

• Individuals must be capable of standing for prolonged periods and engaging in manual tasks

In case of limited availability, selection may be based on:

• Relevance of the applicant’s academic or professional background

• Motivation and expected benefit from the course

• Chronological order of application

• Minimum age: 18 years

• Completion of registration and payment procedures within the specified deadlines

This structured admission framework ensures that all participants are adequately prepared to benefit from the course while maintaining the highest standards of professionalism, safety, and educational quality.