"T7" refers to your 7th thoracic vertebrae, one of the bones that make up your spine. It is located at the level of the bottom of your scapula (shoulder blade). The vertebrae are shaped like short cylinders, and are mostly hollow inside. Trauma or, often, old age and weakening bones, can cause these bones to partially collapse onto themselves. A "mild anterior wedge compression fracture" would mean that the front of the 7th vertebrae is partially collapsed in on itself so that the vertebra is now shorter in front than in back. "Mild" means it's not severe.
Many people will have these fractures with no serious problems aside from occasional Back pain. However, if they are severe, or multiple, you may have more problems, including numbness, tingling or pain in areas due to nerves coming from the spinal cord being compressed by the misshapen spine in that area.
If the person has back pain in the upper back between the shoulder blades, this suggests that this deformity is a symptomatic fracture, which responds to vertebroplasty in 95% of cases regardless of age.
Even if there is no pain, it is indicative of either significant prior trauma or weak bone, most commonly osteoporosis. In general, this should be treated medically to reduce future fracture risk.
Wedge compression deformity at T11 and T12 refers to a condition where the vertebral bodies of the thoracic spine become compressed and wedge-shaped. This can result in a decrease in the height of the front of the vertebrae, leading to a forward curvature of the spine. It is often associated with osteoporosis or trauma to the spine.
A compression wedge deformity at T10 and T11 refers to a condition where the vertebral bodies of the thoracic spine at these levels have collapsed or wedged shape due to compression fractures. This can lead to loss of height in the spine and potentially cause pain, deformity, and decreased mobility. Treatment may involve pain management, physical therapy, bracing, or in severe cases, surgical intervention.
A wedge compression deformity occurs when a vertebra in the spine becomes compressed on one side, leading to a wedge-shaped appearance. This can result from factors such as osteoporosis, trauma, or degenerative disc disease, and may cause back pain, postural changes, and potential spinal instability. Treatment options may include pain management, physical therapy, and in some cases, surgical intervention.
A wedge compression deformity at T10 refers to a collapse or compression of the vertebral body at the 10th thoracic vertebrae. This can be caused by trauma, osteoporosis, or other medical conditions. It may result in pain, limited mobility, and potential neurological symptoms if there is compression of the spinal cord or nerves. Treatment options may include pain management, physical therapy, bracing, or surgery in severe cases.
It means that the front parts of the several vertebrae are compressed down making the vertebrae wedge shaped instead of perfectly square. It is the cause of the hump in the back and often suggests osteoporosis.
"Corner Sign" occurs in a Salter Type II fracture, which is a fracture through the epiphyseal plate and metaphysis of a long bone. The fracture can separate a triangular fragment of the metaphysis, which is seen on x-ray as a small distinct wedge or "corner."
Yes, a wedge can break rock by exerting force along a narrow edge to split the rock apart. The wedge is driven into the rock using a hammer or other tool to create enough pressure to cause the rock to fracture.
Yes. I have a moderate anterior wedge shaped vertebrae at T6/T7 and can attest that it can cause considerable pain, especially if I participate in strenuous physical activity. Though I don't have edema, I can imagine that this would only worsen the pain.
Utility wedge. Similar to a gap wedge or approach wedge.
It is a wedge.
No, a hammer is not a wedge ! When did you last wedge anything with a hammer ..
It's a wedge