Specialized Instrumentation

at

La Porte Vision CenterReturn

Cirrus™ HD-OCT Optical Coherence Tomography Instrument 

Cirrus OCT (Zeiss):  This instrument provides exquisite high-definition images of ocular structures, which aids the doctors in detecting and managing any changes produced by glaucoma, diabetes, age related macular degeneration or other retinal conditions.

 

 

GDx (Zeiss): Designed to detect retinal nerve fiber loss secondary to glaucoma, the GDx aids the doctor in identifying changes that may be undetectable with dilation alone. This technology also compares old vs. new results to track the progression of glaucoma.

 

Visucam Pro NM Fundus Camera (Zeiss): This system digitally captures images of the internal and  external eye structures. It allows for the accurate and digital documentation of ocular conditions. This can be especially useful in glaucoma, or in any other progressive disease, when comparisons can be made to past examinations.

CellChek XL Specular Microscope

 

 Cellchek XL (Konan): The Cellchek specular microscope captures high resolution images of an individual’s corneal endothelium. The endothelium is responsible for maintaining the health and clarity of the cornea, thus preserving vision. With this microscope, individual cells are imaged so that damage or disease can be detected on a cellular level and thus much earlier than with the naked eye alone. Corneal dystrophies such as Fuch’s can be closely monitored with this state of the art technology.

 
 

 

Atlas 9000 Corneal Topographer (Zeiss): This instrument measures corneal shape and identifies the  steepness and flatness of the cornea, much like a topographic map of the earth describes changes in the land surface. It helps in the diagnosis and monitoring of keratoconnus or other diseased corneal states, and determines what shape of contact will be most suitable for the patient.

 
  Humphrey Visual Field Analyzer (Zeiss): The Humphrey Field Analyzer has become the gold standard in monitoring loss of visual field secondary to glaucoma. This technology measures both central and peripheral fields of view and detects any loss due to glaucoma or other neurological conditions.