Yes, titanium is commonly used in back surgery for spinal implants and hardware due to its strength, biocompatibility, and resistance to corrosion. These implants are used to stabilize and support the spine during surgical procedures to correct issues such as spinal fractures, deformities, or degenerative conditions.
Yes you can have an MRI with Harrinton rod in your lumbar spine. Harrington rods are made of titanium making it safe to enter an MRI Scanner.
Yes they will mine are bent and I'm having surgery in 2 days
After scoliosis surgery, it depends where they fused/placed the rods/screws...I had scoliosis surgery and I can crack the TOP half of my spine, but, the screws are at the bottom of my back and I am unable to crack it there. :)
Surgery of the spine can be very difficult for patients to live with post procedure. Most spine surgeries will require poles and rods to remain in the body for the entire life of the patient. It can also change the possible life activities that the patient may be able to participate in for their future.
According to my neurosurgeon, "Yes, you can have an MRI with titanium in your spine." I asked this very question as I will be having disc replacement with titanium in my cervical spine (with plastic screws, I believe).
No they will not.
Swimming in cold water can affect titanium rods because this area of your body will be more sensitive. You may notice soreness in the area of the rods after swimming in cold water.
types of spinal instrumentation. Luque rods are custom contoured metal rods that are fixed to each segment (vertebra) in the affected part of the spine.
Titanium is a metal and does not have a defined shape like geometric shapes. In its natural state, titanium is a solid with a metallic luster, typically in the form of a grey, silvery color. When used in industrial applications, titanium can be shaped into various forms such as sheets, rods, and tubes.
I think you mean spondylolisthesis or spondylosis. The first is where one vertebrae comes out of alignment of the rest and the second is a curvature of the spine. Surgery would be either a spinal fusion, or insertion of Harrington rods and hardware.
You might want to check with your doctor and get an MRI to see if any of your T discs wereseparated, If so they might have to do surgery to install rods to hold your spine in place while your T discs fuse back together, Or they might just make you wear a brace to hold your spine upright again until your T discs come together.