Ophthalmostereophotogrammetry [Phthalmo- + Greek. Stereos Spatial + Photo(Graphics) + Greek. Gramma Record + Metreo Measure; Syn. Ophthalmostereography]

Ophthalmostereophotogrammetry (Ophthalmostereography) is a method for studying ocular structures, which is based on the use of stereoscopic images. This method allows you to obtain three-dimensional images of ocular structures and evaluate their shape, size and position in space.

Ocular stereogrammetry is an important tool for diagnosing eye diseases such as cataracts, glaucoma, retinal detachment and others. It allows doctors to gain a more accurate understanding of the condition of the ocular structures and make informed treatment decisions.

Special cameras and software are used to perform ophthalmostereography. The cameras are installed at a distance of about 50 cm from the patient's eyes, and then two pictures are taken - left and right. The software allows these images to be stitched together into a 3D image, which is then analyzed by a doctor.

One of the main advantages of ophthalmic stereophotography is the ability to obtain three-dimensional images of ocular structures. This allows doctors to more accurately assess the condition of the eye tissues and identify any abnormalities. In addition, the method allows for dynamic studies, which is especially important in the treatment of glaucoma and other diseases.

Thus, ophthalmic stereophotography is an important tool in the diagnosis of eye diseases and allows doctors to obtain more accurate information about the condition of the eyes. It is an integral part of modern ophthalmological practice and continues to develop and improve.

Ophthalmonostereophotographic method of research, what kind of animal? An ophthalmic stereograph is special equipment for the treatment of various eye diseases, which allows obtaining images in three-dimensional format. **The use of this method provides a unique opportunity for visual diagnostics and comparative analysis of pupil parameters**.

The technique is based on the use of stereography and the accommodative ability of our body when viewing images. When viewed through a stereogram, a photograph is taken from the two resulting projections. As a result, the resulting image has additional parameters that significantly improve the diagnosis of eye diseases such as amblyopia or retinopathy of prematurity.

Also, a specialized ophthalmic surgical device can be used to construct three-dimensional pictures of the structure of the eyeball and other elements of the human visual system. Stereo photographs are used to calculate various indicators of optical apperception. The resulting assessment allows you to increase the efficiency of medical monitoring and identify even the most hidden defects in the visual organs.