Prelab Brief
To study the external and internal structure of the human heart, understand the four chambers, valves, and trace the path of blood through pulmonary and systemic circulation.
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Theory
Interactive 3D dissection, labelled anatomy, and blood flow simulation of the human heart. To study the external and internal structure of the human heart, understand the four chambers, valves, and trace the path of blood through pulmonary and systemic circulation.
∑
Formula
Principle: To study the external and internal structure of the human heart, understand the four chambers, valves, and trace the path of blood through pulmonary and systemic circulation.
🎯
Aim
To study the external and internal structure of the human heart, understand the four chambers, valves, and trace the path of blood through pulmonary and systemic circulation.
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Apparatus
- 3D Heart Model (virtual)
- Interactive dissection tools
- Blood flow particle simulator
- Labelled anatomy overlay
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Procedure
- Rotate and zoom the 3D heart model to observe external anatomy.
- Enable labels to identify the four chambers, major vessels, and valves.
- Activate Dissection Mode to reveal internal structures and the septum.
- Enable Blood Flow mode to trace oxygenated (red) and deoxygenated (blue) blood paths.
- Use X-Ray mode for a semi-transparent view of all structures.
- Take the quiz to test your knowledge of heart anatomy.
Pre-Lab Questions
What is the main aim of the 3D Human Heart Explorer Experiment?
Which principle is demonstrated in the 3D Human Heart Explorer Experiment?
What apparatus is required for this experiment?
Why is 3D Heart Model (virtual) used in this experiment?
What formula or relationship is verified in this experiment?
What precaution should be followed while performing this experiment?
What conclusion can be drawn from the 3D Human Heart Explorer Experiment?