St. David's HealthCare

St. David's HealthCare is one of the largest health systems in Texas and Austin's
third-largest private employer, with more than 60 sites throughout Central Texas,
including seven hospitals, four urgent care centers, four ambulatory surgery centers,
and two freestanding emergency departments, with a third set to open in Bastrop this summer.

St. David's HealthCare has a long history of serving the residents of Central Texas
with exceptional medical care. Our 7,500 employees touch over 858,000 lives each
year with a spirit of warmth, friendliness and personal pride.

Visit our main website at www.StDavids.com

St. David's Medical Center (512) 476-7111
St. David's North Austin (512) 901-1000
St. David's South Austin (512) 447-2211
St. David's Round Rock (512) 341-1000
St. David's Georgetown (512) 943-3000
St. David's Rehabilitation (512) 544-5100
Heart Hospital of Austin (512) 407-7000
Transsphenoidal Surgery
Transsphenoidal SurgeryA transsphenoidal surgery is carried out through the sphenoid sinus, which is located directly behind the nose. Rarely, a craniotomy, in which the skull is opened to reach the tumor, is required. The sella turcica (or just "sella") is a bony cup at the base of the skull located behind the sphenoid sinus.
 
The sella holds the pituitary gland and any associated tumor. Many neurosurgeons use a direct transnasal approach to the sella, in which an incision is made in the back of the nose to enter the front of the sphenoid sinus directly. It is also possible to make an incision along the front of the nasal septum, and create a narrow tunnel back to the sphenoid sinus. Finally, it is possible to make an incision under the lip and enter the nasal cavity and then the sphenoid sinus. This is called a "sublabial" approach.

The opening through which transsphenoidal surgery is performed is long and narrow. Therefore, visual aids are necessary for the neurosurgeon to see the tumor with clarity. A number of tools are available to help see the pituitary gland and the tumor through this narrow channel. These tools include high powered operating microscopes and rigid fiberoptic endoscopes. The operating microscope allows "binocular" vision with high quality optics. This is very important for tiny tumors, like those responsible for causing Cushing's Disease. The endoscope provides a wider field of view, but usually with "monocular" images projected on a video monitor. Both means of visualization are highly effective.

For more information about NeuroTexas Institute Brain Tumor Center, click here.  


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