Glass Place Mat : Pinned broken leg
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Pinned broken leg
Pinned broken leg. X-ray of a pinned fracture of both the tibia and fibula (lower leg bones). The tibia (larger bone, at centre) has been immobilised by metal pins (lower & upper centre). These pins have been inserted into the bone on either side of the fracture. The pins are held in place by an external metal frame. This is known as external fixation. External fixation is often necessary when treating a comminuted fracture as seen here. Comminuted fractures are those where the bone has shattered into more than two pieces. Fractures of the tibia can take up to 6 months to heal as it is a weight bearing bone
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 6423213
© SCIENCE PHOTO LIBRARY
Broken Leg Fibula Fracture Fractured Injury Pinned Tibia Condition Disorder Health Care
Glass Place Mat (Set of 4)
Set of 4 Glass Place Mats. Stylish and elegant polished safety glass, toughened and heat resistant (275x225mm, 7mm thick). Matching Coasters also available.
Set of 4 Glass Place Mats. Elegant polished safety glass and heat resistant. Matching Coasters may also be available
Estimated Image Size (if not cropped) is 20cm x 25.4cm (7.9" x 10")
Estimated Product Size is 22.5cm x 27.5cm (8.9" x 10.8")
These are individually made so all sizes are approximate
EDITORS COMMENTS
This print from Science Photo Library showcases a remarkable medical intervention for a pinned broken leg. The X-ray image reveals the intricate details of a fracture in both the tibia and fibula, the two bones that make up the lower leg. To immobilize this complex injury, metal pins have been carefully inserted into the bone on either side of the break, holding them firmly in place. An external metal frame is then used to secure these pins, forming what is known as external fixation. The need for external fixation becomes apparent when dealing with comminuted fractures like this one – fractures where the bone has shattered into multiple pieces. This method allows for precise alignment and stability during healing. Healing time for such fractures can be extensive due to their complexity and weight-bearing nature of the tibia bone itself; it may take up to six months before complete recovery is achieved. Science Photo Library's print captures not only an extraordinary medical procedure but also highlights how advancements in healthcare enable us to address even the most challenging conditions with innovative solutions. It serves as a testament to human resilience and our constant pursuit of improving patient care through cutting-edge techniques like external fixation.
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