How to treat a lumbar compression fracture

Written by Lv Yao

Orthopedics

Updated on September 10, 2024

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A comminuted fracture has occurred in the lumbar vertebrae, and the treatment method should be chosen based on the degree of displacement of the fracture, that is, the occupancy within the spinal canal and the extent of compression of the lumbar fracture. Generally speaking, if there is significant compression inside the spinal canal, and the height of the vertebral body of the lumbar spine is also greatly compromised, surgical intervention is necessary to restore the height of the vertebral body. If necessary, decompression inside the spinal canal should be performed to relieve pressure on the spinal cord, alleviate symptoms, and facilitate early functional recovery of the patient.

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Written by Wang Cheng Lin

Orthopedics

1min 16sec

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How long does it take for a comminuted tibial fracture to heal?

The healing time for comminuted fractures of the tibia generally takes about three months, but it still depends on the method of treatment. Generally, there are two methods for treating a comminuted fracture of the tibia: The first method is conservative treatment, which involves using casts or braces to immobilize the affected limb. Generally, the healing time for this method is about three months. The second method is used when there is significant displacement at the fracture site, such as obvious shortening, rotation, or deformity, which then requires surgical treatment. After surgery, the healing time may take about three to four months. Additionally, severe comminuted fractures can disrupt the blood circulation at the fracture site, leading to poor local circulation and a condition called delayed union, where healing might take about six months. Another scenario involves extremely severe disruption of the blood circulation at the fracture site, leading to nonunion where the fracture ends do not heal together at all. Generally, this requires about a year of observation. If after one year the fracture ends still haven't healed, a second surgery might be necessary. However, for most comminuted fractures of the tibia, the general healing time is about three to four months.

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Written by Li Jin

Orthopedics

53sec

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How long will it take to walk after a comminuted fracture of the tibia?

The decision on when to walk depends on the recovery status of the fracture. Generally, a tibial fracture requires about 4-6 weeks of rest. Around 4-6 weeks, you can revisit the hospital for an X-ray checkup. If the callus is growing well, and the fracture line is blurred or disappeared, you can start using crutches to walk and perform functional exercises. However, recovery from a comminuted fracture takes longer, so an X-ray examination is essential before starting to walk. If the examination results show good recovery, then you can start walking. If you walk too early, it may interfere with the fracture healing, and in severe cases, it might even cause the fracture to break again. Therefore, the time it takes for someone with a comminuted tibial fracture to walk depends on the specific circumstances, and an X-ray examination must be performed before walking.

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Written by Lv Yao

Orthopedics

55sec

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Post-traumatic sequelae of femoral head comminuted fracture

A comminuted fracture generally refers to a fracture with more than three fragments. When a comminuted fracture occurs in the femoral head, it is also a type of intra-articular comminuted fracture. Generally speaking, after the fracture is reduced and stabilized, there can be some damage to the joint surface as well, leading to unevenness of the joint surface and a higher chance of developing postoperative traumatic arthritis. There is also a possibility that the comminution of the femoral head fracture could affect the blood supply to the femoral head, leading to ischemic necrosis of the femoral head. After treatment for the fracture injury, there will inevitably be some impact on postoperative function. Therefore, after a comminuted fracture of the femoral head, the first sequelae to appear is usually traumatic arthritis, followed by ischemic necrosis of the femoral head, and thirdly, symptoms of restricted movement in the hip joint may occur.

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Written by Na Hong Wei

Orthopedics

51sec

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Will a comminuted fracture of the tibia cause limping?

If a comminuted tibial fracture is treated correctly, with proper alignment and the shortening kept within one centimeter, limping will absolutely not occur. The reason for limping after surgery for a comminuted fracture is due to unequal leg lengths. There are many reasons for differences in leg length, but no matter the cause, if the difference is less than 1 centimeter, a person will absolutely not limp. However, if it is less than two centimeters, or more, it then becomes apparent that one leg is longer and the other shorter, resulting in a limp. Therefore, for comminuted fractures, whether it is of the tibia, femur, or another bone, as long as the alignment is properly maintained and the shortening is controlled to within 1 centimeter, postoperative recovery will be very good, without any limping.

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Written by Cheng Bin

Orthopedics

1min

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Sequelae of comminuted fracture of the humerus

Regarding the sequelae of comminuted fractures of the humerus, in clinical practice, if treatment for humerus comminuted fractures is proactive and patients diligently engage in functional exercises without any nerve damage, most patients will not experience any sequelae. However, if treatment is improper, a series of sequelae can often occur, mainly reflected in the following aspects: First, if there is accompanying nerve damage that is very severe, it can cause patients to experience sensory disturbances or motor function impairments. Second, poor repositioning of comminuted fractures can lead to nonunion or malunion of the fracture, affecting normal functions of the patient. Third, long-term immobilization in the later stages can cause joint stiffness. When patients eventually start exercising, fear of pain may lead to insufficient exercise, resulting in very poor joint mobility, thereby affecting normal functions.