Intraoperative CT - Maximed Turkey Health Services

Intraoperative CT

The use of a CT scan has been a great achievement in the medical field where the need to take images of the body in an X-ray image was needed. CT stands for computer tomography and uses x-rays to scan and show detailed anatomy of the internal organs. It has been around long enough contributing to the medical community. Detailed anatomical structures and their reports provide a more precise analysis. 

That sounds a lot like what MRI would do. But CT scan and MRI aren’t the same. The main difference between them is that CT uses x-rays to project an image whereas MRI uses radio waves. It usually takes up to 30 minutes and that depends solely on what part of the body it scans. Differentiating both is a great way to understanding them. 

After the x-ray image is taken it is forwarded to doctors to sync it with the existing ones. This will help them analyze it and give a critical decision. The use of intraoperative CT (ICT) comes of great aid in challenging areas like neurological. If taken in low doses of radiation, your chances of infatuating cancer are relatively small, even not up to measurement. 

There are no stated limits of CT scan you should take since the more detailed image they provide is likely the diagnosing goes as planned. 

Advantages of using ICT

Kicking up this list is, reducing the tension and stress caused when a patient is transferred to the radiological unit from the operating room. When the doctor uses the image without the need to leave the operating room. The surgeon will not be prone to the traditional means where the success of the surgery is determined after it is done. 

Access to this image while operating would lessen the procedures performed on the patient. There is no need to transfer them into a separate location for CT scanning. 

The obvious benefit is the use of quality images for checking the surgery results. Here how you utilize the results depends on the time. Intraoperative CT will help the doctors check the result and address it or improve it. 

Use of Intraoperative CT

Intraoperative CT has many applications in various fields. These fields can be neurological or any kind of surgery.  

Other fields are: 

⦁ Brain biopsy

⦁ Craniomaxillofacial surgery

⦁ Tumor removal

⦁ Vertebroplasty

What Can Intraoperative CT Be Used For?

ICT has uses in neurosurgery, orthopedic surgery, and a variety of other procedures, including:

⦁ Procedures such as intracerebral hematoma drainage and brain biopsy employ 3D imaging to pinpoint the exact site of the issue.

⦁ Surgical procedures on the face and skull

⦁ Repair of hip and pelvic fractures

⦁ Joint replacements, for example, require the use of internal prosthetics.

⦁ Surgical removal of kidney stones

⦁ The excision of a cancerous tumor

⦁ Laminectomy, discectomy, vertebroplasty, and corpectomy are just a few of the spine surgeries that can be performed with spinal fusion in the cervical, thoracic, or lumbar spine.

⦁ Spinal malformation treated with multi-segment fusionThe apex of the spine and the base of the skull is fused. The first two vertebrae fuse. After disc replacement, fusion occurs.

⦁ Intracerebral bleeding or excision of a brain tumor may need a craniotomy.

⦁ An intraventricular catheter or ventriculoperitoneal shunt insertion

⦁ The sphenoid sinus is used to remove a pituitary tumor.

⦁ Removal of a subdural hematoma

Conclusion

In conclusion, the use of interoperative CT is and will be a safe and effective way of providing better information about the anatomy of body parts, and accurate imaging will then lead to better medical care. To summarizing up, if you want a better system that provides images of tissues, organs, and more in a faster time return, intraoperative CT is the best pick.