COMPUTER SYSTEM OF DOPERATIVE PLANNING OF SURGICAL CORRECTION OF THE HUMAN EYE-VISITOR
Purpose of the development:
A new way of surgical correction of strabismus of a person taking into account the moments of the forces of oblique muscles.
Recommended application field:
Biomechanics, medicine.
Advantages over analogues:
The method is distinguished by taking into account oblique muscles, which have a considerable length, which significantly affects the biomechanics of the oculomotor apparatus.
The technical result is the obtaining of the resultant moment of the forces of all muscles, as well as the coordinates of the muscle (muscle) transplant.
The development stage readiness:
Ready for application
Description of the development:
() The computer system provides an opportunity to present the causes and mechanisms of the development of certain forms of strabismus, as well as predict the results of surgical interventions on the oculomotor muscles.
Using the computer system of preoperative planning of surgical correction of the oculomotor apparatus, the ophthalmologist-surgeon will be able to choose the optimal tactics of surgical treatment and the dosage of surgical interventions for a particular patient.
corresponds technical description
Ready for implementation
Possibility of transfer abroad:
Combinated reduction to industrial level
Photo
Country
Ukraine
For additional information turn to: E-mail: gal@uintei.kiev.ua
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