What is OCT and how Could it Help me?
We pride ourselves in offering the very best in eye care as we believe sight is the most precious of our five senses. We understand that investment in the latest technology is paramount and we continually strive to be at the forefront of technology and service.
We pride ourselves in offering every patient of ours the opportunity to have the very latest 3D retinal scan using OCT technology.
Using the OCT we have the potential of picking up abnormalities at an earlier stage, usually leading to better treatment outcomes.
OCT is especially useful for anybody who is worried or has a family history of:
Optic nerve disease
Any person with sight in only one eye
Anyone who wants ultimate peace of mind regarding the health of their eyes
We were one of the first practices in the area that invested in this technology to ensure our patients had the very best in eye care to help protect their eyesight now and in the future.
This test is not part of the NHS sight test and there is an additional charge but its benefits are obvious.
If you would like more information or to book an appointment, please feel free to get in touch!
What is OCT?
OCT (Optical Coherence Tomography) is the latest in imaging technology to help ascertain the health of your eyes and has until recently only been available to hospital eye clinics. OCT is an extremely advanced imaging technique for the eyes, giving a three-dimensional, cross sectional scan of the retina.
It is a very simple, non-invasive and quick test to perform. The patient sits in front of a special type of camera and scans are taken of the structures inside the eye.
Is the OCT the same as taking a 'photo' of the inside of the eye?
No. The 3D-OCT scans the surface and also BELOW the surface of the retina. This allows us to visualise, in high resolution, the different layers of the retina which is not possible with the normal ‘fundus photo’.
The unique way the image is formed means for the first time we can actually see below the surface of the retina and view the microscopic layers beneath.
The amazing detail allows us to detect abnormalities earlier that are not apparent during a standard eye examination.