The structure of tendons, characterized by aligned collagen fibers organized into fascicles within an extracellular matrix, provides strength, flexibility, and efficient force transmission. This hierarchical arrangement optimizes tensile strength, distributes forces evenly, and maintains structuralRead more
The structure of tendons, characterized by aligned collagen fibers organized into fascicles within an extracellular matrix, provides strength, flexibility, and efficient force transmission. This hierarchical arrangement optimizes tensile strength, distributes forces evenly, and maintains structural integrity, enabling tendons to connect muscles to bones, withstand mechanical stress, and facilitate smooth movement while minimizing the risk of injury.
How does the structure of tendons contribute to their function?
The structure of tendons, characterized by aligned collagen fibers organized into fascicles within an extracellular matrix, provides strength, flexibility, and efficient force transmission. This hierarchical arrangement optimizes tensile strength, distributes forces evenly, and maintains structuralRead more
The structure of tendons, characterized by aligned collagen fibers organized into fascicles within an extracellular matrix, provides strength, flexibility, and efficient force transmission. This hierarchical arrangement optimizes tensile strength, distributes forces evenly, and maintains structural integrity, enabling tendons to connect muscles to bones, withstand mechanical stress, and facilitate smooth movement while minimizing the risk of injury.
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